List of programs
Source is Wiki
|Software name||Software description||Software url||Software data entry status||Software data entry priority|
|FEEA.net||FEEA 2010 SDK||Anaxsoft™ FEEA™ 2010 SDK is a comprehensive finite elements engine created specifically for the .NET Framework. It is a unique and robust system, with component-oriented architecture and small footprint, that integrates powerful structural analysis capabilities into any .NET application. FEEA™ 2010 SDK includes everything developers and engineers need to write, build, test and deploy .NET applications that depend on finite element analysis.
Finite Element Analysis SDK for the .NET Framework. Use FEEA SDK to create the new generation of 32/64-bit scientific/technical .NET applications for the Windows platform.
|PROKON||PROKON||PROKON Structural Analysis and Design is a suite of over thirty structural analysis, design and detailing programs. The first PROKON programs were developed in 1989, and are now used worldwide in over eighty countries. The suite is modular in nature, but its true power lies in the tight integration between analysis, design and detailing programs. Prokon Structural Analysis and Design||http://www.prokon.org||in progress||1|
|WARP3D||WARP3D||Static and Dynamic Nonlinear Analysis of Fracture in Solids||http://cern49.cee.uiuc.edu/cfm/warp3d.html||finalize||1|
Source is BridgeArt.net
|Software name||Software description||Software url|
|2D Frame Analysis Dynamic Edition||2D Frame Analysis Dynamic Edition||This application uses a highly flexible, general, finite element method for static and dynamic analysis of multi span beams, 2D trusses and 2D frames. It features a versatile and easy interface as well as reliable finite element calculation library.||http://www.engissol.com/FrameDynamic.htm|
|2D3DSteel||2D3DSteel||2D3DSteel 2.1 is an AutoCAD VLX application that draws accurate steel shapes in AutoCAD 2000 through 2007. Any of the shapes available in ShapeBook can be quickly added, in 2D or 3D, to your AutoCAD drawings.||http://www.southforktech.com|
|3D+||3D+||Automated 2D and 3D drafting for structural engineers based on AutoCAD. Enables to generate 2D drawings from 3D model. Parametric capabilities. Includes revision tool to track changes electronically.||http://www.cscworld.com/|
|4Projects||4Projects||4Projects provides a comprehensive toolset for online collaboration, document control, information management.||http://www.4projects.com|
|AASHTOWare||AASHTOWare||Family of software products developed, maintained and enhanced by AASHTO (American Association of State Highway Transportation Officials) and their affiliates under the Cooperative Computer Software Development activity. These products then available for license to AASHTO member departments, educational institutions, and other private and public agencies. The software suite includes: (1) AASHTO Trns*port - management of pre-construction and construction contract information; (2) Pontis - comprehensive bridge management system; (3) Virtis - bridge load rating; (4) Opis - bridge design; (5) DARWin - pavement analysis and design system; (6) SDMS - survey data management system; (7) TSIMS - transportation safety management system.||http://aashtoware.org/|
|ABAQUS||ABAQUS||General-purpose finite element analysis (FEA) program for linear, nonlinear, explicit and multi-body dynamics problems.||http://www.abaqus.com/|
|ABD-Automated Bridge Design||ABD-Automated Bridge Design||Computer service for bridge designers using ABD bridge design software. The software can handle several standard types of superstructures, substructures, and foundation types. Submit your bridge design parameters and receive analysis and design report that can be directly used for detailing.||http://www.abdbridge.com/|
|ABD-Loads||ABD-Loads||Bridge loading software that calculates reactions, moment and shear envelopes for all standard AASHTO loadings and over 200 other predefined truck loadings.||http://www.abdbridge.com/|
|ABD-Slab||ABD-Slab||Bridge slab design software for beam/girder type bridges in accordance with the AASHTO LRFD code.||http://www.abdbridge.com/|
|ACE||ACE||Legacy software from 1977 to evaluate response of existing buildings to and earthquake motions. Source code in FORTRAN and related reports can be downloaded from the earthquake engineering online archive maintained by University of California Berkeley.
ACE: Analysis of Critical Elements for the Seismic Evaluation of Existing Multistory Residential Buildings
Pinkham, Clarkson W.; Hart, Gary C.
S.B. Barnes & Associates, Los Angeles, California; J.H. Wiggins Company, Redondo Beach, California, 1977,The response of an existing building to earthquake motions reflects the performance level inherent in the codes, standards, and construction practices in existence at the time of the design and construction of the building. Deterioration and improper alteration during the service life of a building affect the actual margin of safety provided by the building. Thus there is a need to evaluate the potential seismic hazard of existing buildings. Following evaluation of the original structure, the effectiveness of appropriate strengthening or retrofit procedures may be determined. A methodology is presented in the user documentation for evaluating the need to upgrade existing buildings by identifying items requiring strengthening or repair, and then by verifying the adequacy of rehabilitation. This evaluation is given in terms of the behavior of the critical structural elements in a building. The determination of this behavior requires an analysis of the structural response of the building to prescribed forces. An analytical model of the building is defined with data collected from a field inspection of the building, original structural calculations and drawings, test records, and test of the existing building materials. The 1973 edition of the Uniform Building Code (UBC73) serves as the basis for calculations made with the analytical model. A building's description, plan dimensions, inertia and stiffness properties are input to the ACE program. UBC73 earthquake loads are calculated either by (1) the UBC73 building period formulas and basic shear distribution equation, or by (2) the building period and/or fundamental mode distribution of base shear obtained from the detailed analytical model. Member forces for user defined critical elements are calculated and used to find critcal stress ratios for these elements. Among the critical building elements the user can consider are steel, reinforced or unreinforced masonry, and reinforced or unreinforced concrete.
|ADAP||ADAP||Legacy software from 1973 for linear static and dynamic analysis of arch dam-foundation systems. Source code in FORTRAN and related reports can be downloaded from the earthquake engineering online archive maintained by University of California Berkeley.
ADAP: Static and Dynamic Analysis of Arch Dams
Clough, Ray W.; Raphael, Jerome M.; Mojtahedi, Soheil
Department of Civil Engineering, University of California, Berkeley, 1973,ADAP is a finite element program capable of performing linear static and dynamic analysis of arbitrary arch dam-foundation systems. Most of the logical features and many of the subroutines of the computer program SAP are utilized in this program. Special features primarily associated with preparation of input data are incorporated to make it more suitable for arch dam analysis. Three different element types are included in the program; these are considered to be the most suitable in this application. The program is organized in such as way that, if desired, new elements can be included easily. A finite element mesh is automatically generated from a minimum amount of input information. In each problem any one of the following types of analysis can be requested: (1) static analysis - the program is capable of handling an arbitrary combination of gravity, water pressure, and temperature loading conditions, and concentrated loads at any node; (2) evaluation of natural frequencies and mode shapes - if these are not available for input they are automatically evaluated as part of (3) or (4); (3) response history analysis - using a step-by-step integration scheme assuming the accelerations to vary linearly within each time step; and (4) response spectrum analysis - which results in estimated maximum values for displacements and stresses.
|ADAP88||ADAP88||Legacy software from 1992 for modeling and dynamic analysis of concrete arch dams. Source code in FORTRAN and related reports can be downloaded from the earthquake engineering online archive maintained by University of California Berkeley.
ADAP-88: Nonlinear Earthquake Analysis of Concrete Arch Dams
Mojtahedi, Soheil; Fenves, Gregory L.; Reimer, Richard B.
Department of Civil and Environmental Engineering, University of California, Berkeley, 1992,The modeling and dynamic analysis of concrete arch dams, the impounded water and foundation rock, is an important step in the earthquake safety evaluation of such systems. A linear earthquake analysis assuming an arch dam is an elastic monolithic structure usually shows large tensile stresses that exceed the tensile strength of concrete. Because arch dams are constructed as cantilever monoliths, the joints between the monoliths cannot develop the tensile stress predicted in a linear analysis. In reality, the contraction joints are expected to open and close during an earthquake, releasing arch stresses and redistributing the internal forces. ADAP-88 is a finite element analysis program for computing the earthquake response of arch dams including the nonlinear effect of contraction joint opening. The nonlinear joint elements are combined with shell, solid and fluid finite elements to model a complete arch dam system. Special consideration is given to resolving the stress distribution near the joints by using a refined mesh of solid elements. A numerical procedure for solving the equations of motion assumes that the nonlinearity in the model is restricted to the joints. The cantilever monoliths between contraction joints are modeled as linear substructures, resulting in a significant reduction of computation in the iterative solution of the nonlinear equations of motion. ADAP-88 includes a finite element mesh generator for typical arch dam geometries. The computer program RESVOR is used to compute the added mass for the water impounded in the reservoir, assuming the fluid is incompressible.
|ADAPT-ABI||ADAPT-ABI||Special-purpose program for the design and analysis of prestressed concrete bridges built either segmentally or conventionally. It provides information for geometry and stress control during construction, as well as design values for service load.||http://www.adaptsoft.com/|
|ADINA||ADINA||Finite element analysis system for the analysis of solids, structures, fluids and fluid flow with structural interactions.||http://www.adina.com/|
|AEC Budget 2009||AEC Budget 2009||AEC Budget 2009 is a cost estimation, budgeting and planning tool to quickly calculate cost of a project structured on bill of quantities in database environment.||http://www.aeclogic.com/AECBudget.aspx|
|AFHTech Reinforced Concrete Beam and Column Design||AFHTech Reinforced Concrete Beam and Column Design||Online and mobile device applications for the design of reinforced concrete columns and beams.||http://www.afhtech.com|
|AISISplice||AISISplice||AISIsplice is a tool for the analysis and design of bolted field splices for straight, right, I-shaped, steel girders that follows the procedures of the AASHTO LRFD Bridge Design Specifications. In the design mode, the software sizes and optimizes the splice plates and bolts. In the analysis mode, the software determines the adequacy of given splice plates and bolts. For both modes, performance ratios (load/resistance) for all splice components are determined. The software output consists of scaled graphics and a detailed report. Graphic illustrations include the elevation and cross section views of the splice and adjoined girders. Graphical output includes splice dimensions, bolt details, a summary of required filler plates, and splice component performance ratios. AISI Splice was developed by Dr. Firas Ibrahim and AISI's Transportation and Infrastructure Group.||http://www.steel.org/Content/ContentGroups/Construction2/Bridges/AISI_Construction_AI1.htm|
|ALLADIN||ALLADIN||Computational toolkit for the matrix and finite element analysis of engineering structures.||http://www.isr.umd.edu/~austin/aladdin.html|
|ANSR-1||ANSR-1||Legacy software from 1975 for general static and dynamic analysis of nonlinear structures. Source code in FORTRAN and related reports can be downloaded from the earthquake engineering online archive maintained by University of California Berkeley.
ANSR-1: Analysis of Nonlinear Structural Response
Mondkar, Digambar P.; Powell, Graham H.; Riahi, Ali; Row, Dennis G.; Maison, Bruce F.; Popov, Egor P.
Department of Civil Engineering, University of California, Berkeley, 1975,ANSR is a general purpose computer program for static and dynamic analysis of nonlinear structures. In it, a structure is idealized as an assemblage of discrete finite elements. Each node may possess up to six degrees of freedom. The structure mass is assumed to be lumped at the nodes. Viscous damping effects may be included, or damping proportional to mass, specified. Static loads are applied in a series of load increments, each load increment being specified as a linear combination of static force patterns. This feature permits nonproportional loads to be applied. Dynamic loading may consist of earthquake ground accelerations, time-dependent nodal loads, or prescribed initial values of nodal velocities and accelerations. The elements available are:  A three-dimensional truss element, which may yield in tension and yield or buckle elastically in compression. Large displacement effects may be included.  A two-dimensional 4-to-8 node finite element for plane stress, plane strain, and axisymmetric analysis. Large displacements may be included and the material may be specified to be isotropic linearly elastic, orthotropic linearly elastic, or isotropic elastic-perfectly plastic with the Von Mises yield function. Nonlinearities are introduced at the element level only and may be due to large displacements, large strains, and/or nonlinear materials.  INEL2, beam-column element which has two-dimensional stiffness and yield characteristics, may be located arbitrarily in a three-dimensional structure and is intended primarily for modeling beams.  INEL3, a beam-column element which has three-dimensional stiffness and yield characteristics, can be used for modeling columns in which biaxial bending effects may be important and also for structures such as elevator shafts. In INEL2 and INEL3, allowance has been made for rigid floor diaphragms by means of a "slaving" feature incorporated into the elements at the element level because ANSR-1 cannot account for slaving at the nodal level. Both elements also allow for rigid end zones and for initial element actions.  The inelastic brace element, INEL4, is a simplified model to describe the macrobehavior of a brace (i.e., the axial force-displacement hysteretic rule). The axial force-displacement algorithm simulates the observed behavior with nine piecewise linear zones. The orientations of the zones are defined by: member properties, control displacements, forces, and slopes. All of these properties are user selected input to the algorithm. The code is organized to permit the addition of new finite elements to the library with relative ease. The program permits the user considerable flexibility in selecting a variety of solution schemes, including step-by-step, iterative, and mixed schemes. For static analysis, a different solution scheme may be employed for each load increment. The dynamic response is computed by stepwise time integration using Newmark's beta-gamma-delta operator.
|ANSRuop (software)||ANSRuop||The ANSRuop computer program is specialized structural analysis software, designed for scientific research as well as to aid practicing engineers. Its capabilities include static and dynamic, linear and non-linear analysis of structures. A wide spectrum of structures can be analysed through generalized modeling, the program is targeted towards the displacement- and deformation-based assessment of the non-linear seismic responce of reinforced concrete buildings and bridges. In this direction, the relevant rules and expressions of Eurocode 8 Part 3 as well as the Greek Code for interventions on existing structues are built into the program.||http://www.ansruop.net|
|ANSYS (software)||ANSYS||Suite of general-purpose finite element analysis programs.||http://www.ansys.com|
|APOLLO||APOLLO||Legacy software from 1978 that incorporates a simplified procedure for one-dimensional analysis of generation and dissipation of pore water pressures in a sand deposit due to seismic excitation. Source code in FORTRAN and related reports can be downloaded from the earthquake engineering online archive maintained by University of California Berkeley.
APOLLO: Analysis of Potential Liquefaction of Soil Layers for One-Dimensional Seepage
Martin, Philippe P.; Seed, H. Bolton
Department of Civil Engineering, University of California, Berkeley, 1978,This program incorporates a simplified procedure for one-dimensional analysis of generation and dissipation of pore water pressures in a sand deposit due to seismic excitation. The method of liquefaction analysis in APOLLO is outlined by the following steps: (1) By means of a dynamic response analysis of the soil deposit under investigation, time histories of shear stress developed by earthquake are determined at the various depths of interest; (2) For each depth in the soil profile, determine the equivalent uniform cyclic stress, the equivalent number of uniform stress cycles and the effective period of each stress cycle representing the induced stress history; (3) Determine from laboratory cyclic load test the relationships between the applied cyclic shear stresses and the number of stress cycles required to produce a condition of initial liquefaction under undrained conditions; (4) Determine the number of stress cycles required to cause initial liquefaction; (5) Determine rate of pore pressure build up for each elemental layer of the deposit; (6) From a knowledge of the coefficients of permeability and compressibility of the soil layers, determine the corresponding values of the coefficient of consolidation for the different layers; (7) Solve the governing differential equation for the known values of soil characteristics, pore pressure generation expressions and boundary conditions. Program APOLLO is used to solve this equation by an implicit finite difference method.
|ASHSD2||ASHSD2||Legacy software from 1969 evaluates the time dependent displacements and stresses of complex axisymmetric structures subjected to any arbitrary static or dynamic loading or base acceleration. Source code in FORTRAN and related reports can be downloaded from the earthquake engineering online archive maintained by University of California Berkeley.
ASHSD2: Dynamic Stress Analysis of Axisymmetric Structures Under Arbitrary Loading
Ghosh, Sukumar; Wilson, Edward L.
Department of Civil Engineering, University of California, Berkeley, Revised by: C.-J. Lin, United Engineers and Constructors, Philadelphia, Pennsylvania, 1974., 1969,ASHSD2 evaluates the time dependent displacements and stresses of complex axisymmetric structures subjected to any arbitrary static or dynamic loading or base acceleration. The three-dimensional axisymmetric continuum is represented either as an axisymmetric thin shell, or as a solid of revolution, or as a combination of both. The axisymmetric shell is discretized as a series of frustrums of cones and the solid of revolution as triangular or quadrilateral toroids connected at their nodal point circles. The program can solve five cases of loading: dead load, arbitrary static load, arbitrary dynamic load, horizontal and vertical component of earthquake acceleration record applied at the base of the finite element model. A separate version of the program for static analysis only (ASHSAB.FOR) contains in-core as well as out-of-core equation solvers.
|ASKxELP||ASKxELP||Semi-legacy software from 1999 to model the impact of seismic risk on a territory with electric power networks. Source code in FORTRAN and related reports can be downloaded from the earthquake engineering online archive maintained by University of California Berkeley.
ASKxELP: Assessment of Seismic RisK for ELectric Power Networks
Giannini, Renato; Pinto, Paolo E.; Vanzi, Ivo
1999,ASKxELP is a Fortran computer program which models two different but interacting aspects of the seismic risk on a territory: first, the seismic behavior of an Electric Power Network (EPN), from both the structural and electric viewpoints and, secondly, the expected number of casualties in the municipalities. Interaction is intended in the sense that, electric power being essential for emergency operations (hospitals, telecommunications, emergency management centers, etc.), complete or partial blackout at a point in the affected area increases the time of response for rescue and hospitalization the injured. EPN's are extremely vulnerable lifelines since they contain a large number of pieces of equipment not designed to withstand lateral forces. This equipment is concentrated in the stations, or nodes of the network. Line malfunctions originating from any station may spread to significant parts of the system and cause a larger scale blackout. As a local damage indicator, the number of casualties is used; this computed as the product of the population and the percentage of casualties in the population modeled as a random function of the local earthquake intensity. The program allows: 1. a look at only the network, or only at the casualties within the territory, or at their interaction 2. performing either scenario studies, conditioning the results to seismic events of given magnitude and location, or full reliability studies, considering different sources of randomness (earthquake magnitude and location, attenuation, etc.) 3. analysis of large scale system behavior with synthetic indexes, or behavior at a small scale, with analytical indexes giving detailed territorial information. Synthetic indexes are useful from the network manager's viewpoint whereas analytical indexes are useful from the local community's perspective. Results are output either to a text file or a file post-processed with an external graphic program (PLOTxELP)to show the statistical results in the territory.
|ATENA (software)||ATENA||Program for simulation of real behavior of concrete and reinforced concrete structures.||http://www.cervenka.cz|
|Abutment (software by Fine)||Abutment (by Fine)||The program provides facilities to verify abutment design. Abutment program is a part of a geotechnical software suite GEO5. It is easy to understand and use system comprises individual modules with uniform user environment and mutual communication.||http://www.finesoftware.eu/geotechnical-software/abutment/|
|Aconex||Aconex||Aconex is online project management and collaboration solution for the construction, engineering and facilities management industries.||http://www.aconex.com|
|Adept||Adept||Synergis Adept is engineering document and data management solution designed to help companies manage, organize and control access to their critical electronic and capital assets.||http://www.synergis-adept.com|
|Adobe Acrobat 3D||Adobe Acrobat 3D||Software for publishing, visualization and review 2D and 3D designs.||http://www.adobe.com/products/acrobat3d/|
|Advance Concrete||Advance Concrete||Advance Concrete is modeling software for structural engineers and detailers seeking a simple to use and completely integrated package in AutoCAD to create all their construction drawings.||http://www.graitec.com/En/ac.asp|
|Advance Design||Advance Design||Advance Design was specifically developed for industry professionals that require a superior solution for the structural analysis and design of Reinforced Concrete and Steel structures. Advance Design features include easy modeling, a powerful FEM analysis engine, top-level design wizards, automated post-processing of results and automated reports.||http://www.graitec.com/En/ad.asp|
|Advance Steel||Advance Steel||Advance Steel was specifically developed for industry professionals that require a comprehensive and completely integrated package in AutoCAD. Advance Steel automates the entire structural CAD process (fabrication, erection drawings, various reports) and creates NC fabrication data in AutoCAD.||http://www.graitec.com/En/as.asp|
|Advanced Column Program||Advanced Column Program||Interactive design of reinforced concrete columns. Generates P/M interaction diagram and displays moment magnification factor for slender columns.||http://www.crsi.org/ecommerce/|
|Advanced Multi-Physical Simulation (AMPS)||Advanced Multi-Physical Simulation (AMPS)||Advanced Multi-Physics and general purpose FEA. Implicit and explicit solver options. Fluid flow, electrostatic and electromagnetic also available.||http://www.ampstech.com/|
|Algor||Algor||Software suite for finite element analysis, simulation and optimization methods.||http://www.algor.com|
|Allplan||Allplan||Nemetschek Allplan provides object-oriented planning and design software for architects and engineers. It enables users to create architectural and structure models, as well as obtain information on quantities and costs throughout all project phases. What makes this software special is that you can switch between 2D drafting and 3D modeling depending on the project phase or type. In this way, you can combine the best of both worlds and use the approach that suits you best at any time.||http://www.allplan.com/|
|Altiscad Intellishape||Altiscad Intellishape||Altiscad Intellishape is a general purpose biaxial bending calculation software tool, developed to design and check any geometry cross section. The software allows to design and check the bearing capacity for any geometry cross section. The materials for the elements are concrete, reinforced concrete, masonry, composite and also user input materials. The software permits the calculus of any type of cross section. Altiscad Intellishape is a standalone software which cooperates with Robot Structural Analysis (Robot Millennium) and also with Revit Structure. This allows the import of forces, materials and also the geometry of the element (column or structural wall).||http://www.altiscadsoftware.ro|
|Analysis for Windows||Analysis for Windows||Finite Element Analysis package for 2D and 3D constructions (frames and trusses). Small and easy to use, with special focus on the user friendly Windows interface. Includes structural steel design, namely: recommendation of the best cross-section; plastic and elastic design according to Eurocode 3. Each cross-section is tested for: plastic tension or compression; bending moment (major and minor axis); plastic shear resistance; torsion (Saint Venant and warping torsion); reduced plastic shear resistance for the case of combined torsion and shear; reduced moment resistance for the case of combined bending and shear; reduced plastic moment resistance for the case of combined bending and axial force or bi-axial bending; compression buckling; lateral torsional buckling; combined bending and axial compression (Chen and Atsuta); maximum deflection. Large library of commonly used sections included (AISC, British Steel, DIN, Euronorm). Construction or structural drawings can be imported from, or exported to, AutoCAD.||http://www.cuylaerts.net/|
|AnalysisGroup||AnalysisGroup||Tool for solving six common analysis problems: (1) Rectangular mat footings (multiple column or wall loads); (2) Flat rectangular plates in bending (walls, floors, with openings); (3) Shear wall systems (rigid or flexible diaphragms); (4) Beams on elastic foundations (multiple spans & shapes); (5) Circular tank (fluid-filled, above-ground or buried); (6) Continuous beams (multiple spans & shapes, hinges and cantilevers)||http://www.iesweb.com/products/analysisgroup/index.htm|
|Aprop||Aprop||Determines sectional properties by the "integration of area" method.||http://www.mcalsoft.com/aprop.htm|
|ArcGIS||ArcGIS||ArcGIS is an integrated collection of GIS software products for building a complete Geographical Information Systems. ArcGIS enables users to deploy GIS functionality wherever it is needed - in desktops, servers, or custom applications; over the Web; or in the field.||http://www.esri.com/products.html|
|ArchiCAD||ArchiCAD||Software for architects based on the Virtual Building platform that enables to manage the building information in a digital 3D database.||http://www.graphisoft.com/|
|Archie-M||Archie-M||Archie-M is a Windows program (Windows NT/2000 and XP) designed to help with the analysis of masonry bridges and viaducts. It is based on the principle of the thrust line, but goes rather farther than that. It can be used as part of the assessment or design process.
Archie-M provides rapid, interactive equilibrium analysis of arching structures. The program is a result of nearly 20 years of research and consultancy.Archie-M uses the zone of thrust to define the minimum structure necessary to support a given set of loads. Graphical and numerical results are updated continuously as loads are moved across the structure by hand or automatically. The engineer is able to explore the potential for different load paths to transmit loads to the foundations.
|Asite||Asite||Asite is a collaboration solution for the construction industry that enables to reduce project risk by enhancing project communication, information sharing and project management.||http://www.asite.com/construction-collaboration.shtml|
|Aspen||Aspen||Software for the analysis of stratified slope stability using limit equilibrium methods, with automatic searching of the critical slip surface. Enables to account for the optional insertion of stabilisation work (excavation, banking, banking walls, piling, bulkheads and tie rods) with the purpose of planning consolidation work.||http://www.newsoft-eng.com/|
|Atlas||Atlas||1D beam analysis program. Using Cross Hardy method, calculates moments, shears and reaction for a beam loaded by point or distributed loads. Interactive graphical user interface.||http://www.rekenwonder.com/atlas.htm|
|AutoCAD (software)||AutoCAD||Drafting and detailing software.||http://www.autodesk.com|
|AutoStair||AutoStair||AutoCad extension to produce drawings and dimensions for steel stringers for fabrication. User inputs run and rise for stairs, AutoStairs draws and dimensions stringers ready for fabrication.||http://www.williams-detailing.com/|
|AutoStructural||AutoStructural||AutoCad extension to produce drawings for structural steel beams and columns. Auto backoffs, copes, and dimensioning. draws and dimensions beams and columns from user input and AISC data file.||http://www.williams-detailing.com/|
|AutoVue||AutoVue||Software suite for accessing, viewing and sharing information and project documents. It comes in the following 8 solutions: AutoVue Office; AutoVue 2D; AutoVue 2D Pro; AutoVue 3D Pro SME; AutoVue 3D Advanced; AutoVue 3D Pro Advanced; AutoVue EDA Pro; AutoVue Electro-Mechanical Pro. Enables integration with OpenText, Documentum, SharePoint, and SAP.||http://www.cimmetry.com|
|AxisVM||AxisVM||Structural analysis software for steel, concrete, wood, aluminum or composite structures. Design of steel and concrete beams, columns, slabs, membranes, shells.||http://www.axisvm.com|
|BAP||BAP||Continuous beam analysis.||http://www.bap2.com/baphome.htm|
|BASSIN||BASSIN||Legacy software from 1983 to compute three-dimensional dynamic response of an arbitrarily configured, elastic, bridge/abutment/backfill system. Source code in FORTRAN and related reports can be downloaded from the earthquake engineering online archive maintained by University of California Berkeley.
BASSIN: Dynamic Analysis of Bridge/Abutment/Backfill Systems Subjected to Traveling Seismic Waves
Agbabian Associates, El Segundo, California, 1983,The BASSIN methodology has the following features: It computes the three-dimensional dynamic response of an arbitrarily configured, elastic, bridge/abutment/backfill system. It assumes this system to be underlain by a soil continuum that is represented as an elastic half- space. It represents seismic input motions as being harmonic and induced by planar P-, SV-, SH-, or Rayleigh waves with arbitrary wavelength, amplitude, and direction of incidence. The methodology uses a substructure approach in which the structure (which comprises the bridge, abutment, and backfill) is represented using a three-dimensional finite element model, and the underlying soil continuum is represented using a boundary element approach. The finite element model defines the stiffness matrix, mass matrix, and fixed-base nodes for the structure. The boundary element approach characterizes the underlying soil medium using frequency- dependent impedance matrices and driving force vectors that also incorporate the free-field wave motions. Compatibility and equilibrium requirements at the soil/structure interface are used to couple these substructures. The steady-state response of the soil/structure system is then computed.
|BD2 (Bridge Designer II)||BD2 (Bridge Designer II)||2D stage construction analysis and design of pre/post-tensioned concrete bridges.||http://www.ids-soft.com/solutions/products/2danalysis.html|
|BD3||BD3||3D stage construction analysis and design of pre/post-tensioned concrete bridges.||http://www.ids-soft.com/solutions/products/3danalysis.html|
|BEAMD||BEAMD||Integrated solution for RC beam design, detailing, drafting and scheduling.||http://www.atirsoft.com/|
|BEToolbox||BEToolbox||Collection of legacy bridge engineering tools by Washington Department of transportation. Includes: (1) BOXGIR - section properties of box girders; (2) COMGIR - computes bending stresses in the top and bottom flanges of a curved composite girder; (3) CURVEL - computes elevations for alignments with horizontal and vertical curves; (4) GIRCOMP - section properties of built-up or rolled beam composite steel girders; (5) GPILE -computes individual pile loads in a pile group; (6) PSGDES - precast girder design and analysis, camber and deflection calculations, and handling and hauling analysis for the AASHTO Standard Specification; (7) TORSION - computes torsional moments of inertia for closed cell box girder bridges and WSDOT standard prestressed girders; (8) TRSSMEM - computes geometric properties of built-up truss members; (9) ULT2AX - ultimate moment capacity of reinforced concrete sections subject to biaxial bending and axial load.||http://www.wsdot.wa.gov/eesc/bridge/software/|
|BIAX 1||BIAX 1||Legacy software from 19992 to evaluate uniaxial and biaxial strength and deformation characteristics of reinforced concrete (R/C) sections. Source code in FORTRAN and related reports can be downloaded from the earthquake engineering online archive maintained by University of California Berkeley.
BIAX-1: Analysis of Reinforced Concrete Sections
Wallace, John W.; Moehle, Jack P.
Department of Civil Engineering, University of California, Berkeley, 1992,BIAX-1 is a general purpose computer program to evaluate uniaxial and biaxial strength and deformation characteristics of reinforced concrete (R/C) sections. The program computes these characteristics based on the assumption that plane sections remain plane after the application of loading. The program can be used to compute strength or moment-curvature relations for uniaxial or biaxial monotonic loading of reinforced concrete sections. Nonlinear material models are used for both the reinforcing steel and the concrete. The model for the stress-strain behavior of the reinforcing steel is versatile, allowing relations that closely approximate experimentally observed behavior.The program allows two stress-strain diagrams for concrete (unconfined and confined) and four relations for reinforcing steel. The R/C section is described as a combination of rectangular subsections; therefore the program allows easy generation of T, L, or barbell shaped sections. The program user specifies a mesh for each subsection. An iterative procedure (simple bisection algorithm) is used to obtain a solution for the prescribed problem.
|BIW||BIW||The BIW Collaboration platform is a powerful suite of SaaS technologies which can be extended to meet customer or team requirements for improved performance and greater control of key business processes. It includes tools for document management, file viewing and mark-up, asset management, contract administration, project reporting, programme management, quality control, health and safety management, corporate standards management and project archives.||http://www.biwtech.com|
|BLOCK||BLOCK||Legacy software from 1989 that utilizes block theory has been applied to the planning and design of surface and underground excavations. Source code in FORTRAN and related reports can be downloaded from the earthquake engineering online archive maintained by University of California Berkeley.
BLOCK: BASIC Programs for BLOCK Theory
Shi, Gen-hua; Goodman, Richard E.
Department of Civil Engineering, University of California, Berkeley, 1989,Block theory has been applied to the planning and design of surface and underground excavations. The object of this technology is to specify the critical joint blocks intersecting an excavation. It applies to rock engineering for for excavations in hard rock where the movement of predefined blocks precipitate failure. A series of Block Theory programs help to find the critical key blocks and possibility of failure in all types of excavations. These were developed along with the theories outlined in the book, "Block Theory and Its Application to Rock Engineering," by Richard E. Goodman and Gen-hua Shi, Prentice-Hall, 1985. The problem is limited in scope--to find the critical blocks created by intersections of discontinuities in a rock mass excavated along defined surfaces. Yet the problem is sufficiently difficult that a series of simplifying assumptions are adopted: (1) All joint surfaces are assumed to be perfectly planar. (2) Joint surfaces will be assumed to extend entirely through the volume of interests, that is, no discontinuities will terminate within the region of a key block. The implications are that all blocks are completely defined by preexisting joint surfaces so that no new cracking is entailed in the analysis of block movements. (3) Blocks defined by the system of joint faces are assumed to be rigid. This means that block deformation and distortion will not be introduced. The key-block problem is formulated entirely through geometry and topology. (4) Discontinuities and the excavation surfaces are assumed to be determined as input parameters. Block theory is developed on the basis of geometric information derived from structural geology and equilibrium calculations using simple statics. It is assumed that continuum mechanics is second in importance to the calculation and description of key blocks. Only block movement modes are to be considered. The suite of programs included in the program package are: (1) General Key Blocks, (2) Stereographic Projections, (3) Stability Analysis, and (4) Tunnels and Shafts.
|BRASS Suite||BRASS Suite||Suite of programs for Bridge Rating and Analysis of Structural Systems known as BRASS includes the following programs: (1) BRASS-GIRDER, BRASS-GIRDER(LRFD) - systems for the analysis and rating of highway bridge girders; (2) BRASS-PIER, BRASS-PIER(LRFD) - analysis and design of reinforced concrete bridge piers; (3) BRASS-CULVERT - analysis and design of reinforced concrete box culverts; (4) BRASS-POLE - analysis of cantilever sign, luminaire and signal support structures; (5) BRASS-SPLICE - design of field splices for rolled beam or welded plate steel girders; (6) BRASS-TRUSS - analysis and load rating of simple or continuous truss or girder bridges; (7) BRASS-PAD - design and analysis of elastomeric bridge bearings; (8) BRASS-DIST - calculates wheel load distribution factors.||http://www.dot.state.wy.us/wydot/engineering_technical_programs/bridge/brass/brass_suite|
|BRIDG||BRIDG||Rating and analysis of highway bridges per AASHTO and WSDOT (LRFR) specifications.||http://www.merickson.com/gea/GordonErickson.html|
|BRIGADE||BRIGADE||Suite of finite element analysis tools for the field of structural and civil engineering. BRIGADE/Standard is program for three-dimensional analysis of bridge structures. BRIDAGE/Plus is general purpose finite element program. BRIGADE/Hacon is a finite element program for simulations of temperature and stress development in hardening concrete.||http://www.scanscot.com/software/software.html|
|BROKE||BROKE||Legacy software from 1980 to to perform static or dynamic analysis of an electric transmission line system when one or more wires suddenly break. Source code in FORTRAN and related reports can be downloaded from the earthquake engineering online archive maintained by University of California Berkeley.
BROKE: Dynamic Analysis of Electric Transmission Line Systems with Broken Wires
Fleming, John F.; Siddiqui, Faruq M. A.
Department of Civil Engineering, University of Pittsburgh, Pittsburgh, PA, 1980,
This program may be used to perform static or dynamic analysis of an electric transmission line system when one or more wires suddenly break. In the static analysis the displacements, the wire tensions, and the forces at the wire attachment points and the ground line moments are computed for the broken wire equilibrium position for each support structure. In the dynamic analysis the variation with time of the same quantities are computed and the maximum values and their time of occurrence, along with corresponding impact factors, are given. The analysis is performed for a mathematical model of the line system consisting of the individual structural elements which are: the wires; the suspension insulators; and the support structures, which are usually called towers. The static analysis uses the Stiffness Method of analysis in which the displacements at discrete points in the mathematical model are computed by solving a set of equilibrium equations obtained by summing external applied loads and internal resisting forces at each of the points. For the dynamic analysis a numerical integration approach is used to solve the dynamic equations of motion for a lumped mass mathematical model. The user can choose between two different numerical integration procedures.Available online: http://nisee.berkeley.edu/documents/SWSC/BROKE.zip (46 KB)
|BSDI||BSDI||Program for grid analysis of steel bridges.||http://www.bridgeart.net/software_database/programs/bsdi/|
|Barlist||Barlist||Reinforcing Steel Quantity Estimates. Interactive bend guide for selecting bend diagrams, and support for third party add-in components.||http://www.wsdot.wa.gov/eesc/bridge/software/|
|Be06||Be06||Be06 calculates the expected energy demand to operate the heating and climate conditioning systems in all types of buildings e.g. houses, block of flats, offices, institutions, schools, shops and workshops. The Be06 software calculates the needed energy supply to a building for room heating, ventilation, cooling, hot water and artificial lighting dependent on e.g. building design, building envelope, daylight access, ventilation system, heating installation and energy supply including alternatives as solar heating, solar power and heat pumps. The energy supply needed to the building is compared to the energy frame in the Building Regulations.||http://www.sbi.dk|
|Beam (Fine)||Beam (Fine)||The program provides analysis of foundation beams resting on elastic subsoil. Beam program is a part of a geotechnical software suite GEO5. It is easy to understand and use system comprises individual modules with uniform user environment and mutual communication.||http://www.finesoftware.eu/geotechnical-software/beam/|
|Beam on Winkler Foundation||Beam on Winkler Foundation||Finite element analysis for a beam on elastic foundation. Beam consists of nodes and members. Automatic generation of non loaded additional nodes.
Up to 8 loading cases, up to 15 loading combinations. Each node may have vertical movement and/or twist restrictions. Vertical nodal loads, moment nodal loads. Each member may have a different geometry, elastic properties, modulus of subgrade reaction, Ks, and UDL load. Calculates deflections, soil stresses, bending moments, shear forces, node restriction reactions for each load combination or envelopes for the above.Generates deflection, bending moment and shear force diagrams (combinations and envelopes). Paged printing in tables with linked over pages tables always having labels above.
|BeamBoy||BeamBoy||Calculates engineering stress and deflection in structural beams and shafts.||http://www.geocities.com/richgetze/|
|BeamElas||BeamElas||Versatile finite element program for the analysis of any combination of foundation shape and cross section, including pipe and beam, resting on an elastic foundation. Supports multiple load combinations. A straightforward and concise single input and output screen features graphical display of the applied loads, resulting moments, shear, deflection, rotation, and soil pressure.||http://www.tsoftonline.com|
|Beamax||Beamax||Application for graphically creating, editing and analysing continuous beams.||http://www.aisto.com/roeder/cae/|
|BearFoot||BearFoot||Treats the general case of bearing capacity of shallow foundation. Determines the soil's bearing capacity by four methods, foundation settlement by two methods, calculates pressure distribution under the footing as well as the rotation of the footing.||http://http//www.tsoftonline.com|
|Biaxialer||Biaxialer||Analysis of reinforced concrete cross-sections of arbitrary geometry.||http://www.freedownloadscenter.com/Business/Specific_Application_Calculators/BiAxialer.html|
|BidBuilder||BidBuilder||Estimating software for contractors, builders and remodelers. Produces professional estimates, proposals and bids for all types of construction projects. BidBuilder has an easy Excel-like interface but contains the power of a database. It comes pre-configured with a construction database of 20 000 items and 50 often-used construction assemblies. BidBuilder estimating software is designed by contractors for contractors.||http://www.digitalcanal.com/estimating.htm|
|Bride||Bride||A software tool for the analysis, design and monitoring of cable-stayed bridges||http://e-collection.ethbib.ethz.ch/show?type=diss&nr=15603|
|BridgeLCC||BridgeLCC||Life-cycle costing software for preliminary bridge design.||http://www.bfrl.nist.gov/bridgelcc/welcome.html|
|Bsim||Bsim||Building Simulation. BSim is an integrated PC tool for analysing buildings and installations. BSim includes a collection of advanced tools for simulating and calculating e.g. thermal indoor climate, energy consumption, daylight conditions, synchronous simulation of moisture and energy transport in constructions and spaces, calculation of natural ventilation and electrical yield from building integrated photovoltaic systems.||http://www.bsim.dk|
|Building Energy Software Tools Directory||Building Energy Software Tools Directory||This directory provides information on 345 (as of December 2008) building software tools for evaluating energy efficiency, renewable energy, and sustainability in buildings. The energy tools listed in this directory include databases, spreadsheets, component and systems analyses, and whole-building energy performance simulation programs. A short description is provided for each tool along with other information including expertise required, users, audience, input, output, computer platforms, programming language, strengths, weaknesses, technical contact, and availability.||http://apps1.eere.energy.gov/buildings/tools_directory/|
|Business Collaborator||Business Collaborator||Business Collaborator is collaboration platform for the construction industry. It facilitates collaboration across teams, automates processes and enables access to project information, whenever required. Business Collaborator automates traditional paper-based processes and procedures such as issue sheets, requests for information (RFI's), drawing reviews, schedules, etc. to improve response times, reduce errors and cut costs.||http://www.businesscollaborator.com|
|Buzzsaw||Buzzsaw||Data and document management system developed specifically for the AEC industry.||http://www.autodesk.com/buzzsaw|
|CAL||CAL||Educational program developed to support teaching and learning of structural analysis concepts and techniques. Originally developed at the University of California, Berkeley by Professor Edward L. Wilson in 1976. The program has been used worldwide at over 100 universities.||http://www.edwilson.org/|
|CAL-91||CAL-91||Legacy software from 1991 to facilitate teaching of structural analysis concepts. Source code in FORTRAN and related reports can be downloaded from the earthquake engineering online archive maintained by University of California Berkeley.
CAL-91: Computer Assisted Learning of Structural Analysis
Wilson, Edward L.
Department of Civil Engineering, University of California, Berkeley, 1991,The basic purpose of the CAL language is to bridge the gap between traditional methods of teaching structural analysis and the use of automated structural analysis programs. As a result of using CAL-91, it is hoped that engineers will understand the theory and approximations which are used in modern structural analysis programs. CAL-91 is designed to interpret a sequence of commands which are supplied by the user. The commands can be given directly in an "interactive mode," or the program can read the commands from a "batch data file." The input has been redesigned so all commands, array names, and data are in free- field form. Commands for matrix analysis, direct stiffness structural analysis, and dynamic response analysis are possible. The program is written in standard FORTRAN 77 and will operate on small microcomputers or large mainframe computers. Printer plots of results can be produced. CAL-91 is used to perform linear dynamic analysis of small structural systems. It is possible to solve the following types of dynamic problems: 1. Evaluation of free-vibration mode shapes and frequencies. 2. Automatic generation of Ritz vectors to be used in mode superposition analysis or response spectra analysis. 3. Mode superposition analysis due to arbitrary loading. 4. Response spectra analysis due to earthquake loading. 5. Step- by-step analysis of structural systems with arbitrary viscous damping.
|CAL80||CAL80||This legacy software from 1985 provides computer analysis language for the static and dynamic analysis of structural systems. Source code in FORTRAN and related reports can be downloaded from the earthquake engineering online archive maintained by University of California Berkeley.
CAL-80 (SD): Computer Analysis Language for the Static and Dynamic Analysis of Structural Systems
Wilson, Edward L.; Hoit, Marc Ira
Department of Civil Engineering, University of California, Berkeley, Modified: F. Seible and C.T. Latham, Department of Applied Mechanics and Engineering Science, University of California, San Diego 1985., 1980,CAL80 (SD) is an extensive modification of CAL78 which has options ranging from simple matrix manipulation, as an extension of classical structural analysis, to the direct stiffness formulation of structural systems with extensions to dynamic analysis in the time or frequency domain. An accompanying program, SIMPAL, contained within the CAL80 source code provides a transition to production-type programs for structural analysis by including options for data generation and geometry checks by screen plots. CAL80 operates as an interactive program but can also operate in batch mode by taking commands from an input file rather than a terminal. It is a database-driven program that is modularly constructed, with communication between each module controlled by a database manager. Small individual program segments, efficiently assembled by the use of run-time libraries and interconnected by a common database, allow applications not only on minicomputers and large mainframes, but also on microcomputer systems.
|CBS Pro||CBS Pro||CBS Pro is program for structural modeling, preliminary design and "load take-down" software object modeling. It enables to model multi-story structures in concrete and other materials. Using the "object oriented" approach, CBS Pro allows the user to quickly build up a structural model using "components" such as beams, columns, walls, floors and openings. In this way, structures of almost any geometry can be defined quickly and easily. Following the preparation of the structural model, CBS Pro will calculate the loads on all structural components quickly and easily, using the "tributary area" approach or by adopting a full finite element analysis made "invisibly" inside CBS Pro. It can be easily integrated with other IFC-enabled software.||http://www.robobat.com|
|CBeam (JBS)||CBeam (JBS)||Calculates sectional properties of composite beams.||http://www.bap2.com/cbeam_home.htm|
|CELL4||CELL4||Legacy software from 1985 which based upon the finite element method and is particularly suited for the analysis of post-tensioned box girder bridges of constant depth which have arbitrary plan geometry and support conditions. Source code in FORTRAN and related reports can be downloaded from the earthquake engineering online archive maintained by University of California Berkeley.
CELL4: Elastic Finite Element Analysis of Prestressed Cellular Structures of Arbitrary Plan Geometry and Constant Depth
Chan, Esmond C.-Y.; Scordelis, Alex C.
Department of Civil Engineering, University of California, Berkeley, 1985,CELL4 is a program based upon the finite element method and is particularly suited for the analysis of post-tensioned box girder bridges of constant depth which have arbitrary plan geometry and support conditions. The bridge can be straight, curved, or quadrilateral in plan. The longitudinal interior webs must be vertical, but the longitudinal exterior webs can be vertical, sloping, or curved. Transverse diaphragms can be modelled by vertical web elements or by special web elements in regions with sloping or curved webs. The top and bottom deck slabs as well as the interior and the exterior webs may be prestressed. Boundary conditions at any nodal point are arbitrary, allowing rigid supports as well as translational and rotational elastic supports, oriented in any arbitrary direction to simulate the stiffness of the supporting columns and bents. For prestressing analysis an automatic input has been provided to define the geometry of the two types of post-tensioned unbonded tendons which can be used. Each panel or slab tendon can be stressed either from one end or both ends, and losses due to friction and anchorage slip are accounted for. In order to facilitate the interpretation of output, an automatic integration of internal forces to give individual girder and total sectional force resultants is incorporated. This permits a better understanding of the load carrying mechanism in a complex bridge system, and can also be used to carry out equilibrium checks easily.
|COBRAS (Concrete Bridge Assessment)||COBRAS (Concrete Bridge Assessment)||Yield-line analysis software for assessing the ultimate load capacity of concrete structures, particularly concrete bridge decks. Successfully used to evaluate the load carrying capacity of concrete bridges that have failed assessment using conventional elastic analysis methods.||http://www.cobras.co.uk/|
|COSMOSWorks||COSMOSWorks||Design analysis and optimization software||http://www.cosmosm.com/|
|CRSI Retaining Wall Program||CRSI Retaining Wall Program||Interactive design of reinforced concrete retaining walls.||http://www.crsi.org/ecommerce/|
|CSI COL||CSI COL||Design of simple and complex reinforced concrete columns.||http://www.csiberkeley.com/|
|CSI Detailer||CSI Detailer||Detailing of reinforced concrete structures.||http://www.csiberkeley.com/|
|CTSGuides.com - Construction Software Reviews and Ratings||CTSGuides.com - Construction Software Reviews and Ratings||Directory of software for constuction industry with ratings and reviews. Includes construction software, construction estimating software, construction accounting software, job cost software, service management, project management software, purchase orders, inventory, equipment management, and more.||http://www.ctsguides.com/construction-accounting-software.asp|
|CTSpace||CTSpace||CTSpace is software solution to help companies, large and small, manage their corporate knowledge more effectively - improving worker decision-making and efficiency through automated business processes, secure collaboration and progress tracking within and across projects. The software is used by asset owners and operators around the world to manage mission-critical global programs and projects.||http://www.ctspace.com|
|CadWeb||CadWeb||Cadweb is an Internet based project information management system that facilitates, accelerates and records all electronic communication between parties to a construction contract. Cadweb is accredited to the ISO / British Standard for Information Security (ISO 27001) to guarantee that project information is exchanged and stored as securely and reliably as traditional paper records.||http://www.cadweb.co.uk/product/|
|Cadre Geo||Cadre Geo||Design utility for generating a wide variety of geodesic and spherical 3D models (wire frame or solid) for CAD and finite element analysis applications. Outputs clean DXF files suitable for CAD or structural analysis software.||http://www.cadreanalytic.com/products.htm|
|Cadre Lite||Cadre Lite||Finite element structural analysis software for beam type structures. Static and dynamic analysis capabilities.||http://www.cadreanalytic.com/products.htm|
|Cadre Pro||Cadre Pro||Finite element structural analysis software for plate and beam type structures. Buckling, p-delta, dynamic vibration and shock analysis capabilities. Unique element types include eccentric end-loaded beams, springs, and one way elements.||http://www.cadreanalytic.com/Cadrepro.htm|
|Cadre Profiler||Cadre Profiler||Determines sectional properties of custom cross section profiles including composite and multi-material sections. Analysis and design of sections.||http://www.cadreanalytic.com/products.htm|
|CalculiX (software)||CalculiX||Three-Dimensional Structural Finite Element Program||http://www.calculix.de/|
|Causeway (software)||Causeway||Causeway's Enterprise Content Management (ECM) solutions provide companies with the means to leverage knowledge and exercise complete control over information relating to projects, departments or entire organisations. Causeway ECM enables risk reduction, increased efficiency and optimises performance in terms of quality and delivery - all of which will contribute to increased profitability.||http://www.causeway.com/products_overview.htm|
|Cbeam (MCAL SOFT)||Cbeam (MCAL SOFT)||Analysis of statically indeterminate beams.||http://www.mcalsoft.com/cbeam.htm|
|CivilFEM (software)||CivilFEM||Civil/Structural customization of the ANSYS Finite Element program.||http://www.civilfem.com/index.php|
|CivilTech Engineering Software Suite||CivilTech Engineering Software Suite||Suite of software focused mainly on geotechnical analysis. (1) AllPile - pile vertical, lateral, group, settlement, and negative friction analysis. (2) SuperLog - Boring, test pit, and well drawing/reporting. (3) Shoring Suite - shoring wall design and analysis. (4) Liquefy Pro - earthquake-induced liquefaction and settlement analysis. (5) EarthPres - earth pressure analysis (active and passive pressure). (6) Surcharge - lateral pressure due to surcharge load. (7) Upres - underground pipe and tunnel analysis. (8) Visual Lab - geotechnical lab testing (compaction, grain size, and consolidation). (9) Spectra - graphical presentation for seismic spectra. (10) Heave - stability analysis for vertical cut.||http://www.civiltechsoftware.com/index.html|
|Cold-Formed Steel BeamDesign||Cold-Formed Steel BeamDesign||Cold-Formed Steel BeamDesign is a software for the design of flexural members of Cold-Formed Steel, following AISI 2001 and 1996/99 Specifications.
The principal aim is to analyze a simple or continuous beam (2 to 4 equal spans) and to determine the permitted load (Uniform or Concentrated Load allowed) carrying capacity, while varying the span length (L). Also you can compare one section and two different steels, or two sections with the same steel.Fourteen different sections are allowed (C, U, Z, ZU, L, LU, H, BR, BS, IC, CC, IU, T, and TU), with selected Steels (14 ASTM Referenced Standards Steels are provided as a guide). In the current (January 2009) version we add tables for the following manufacturers: Dietrich, Marino-Ware and SSMA.
|Collabwrite||Collabwrite||Collabwrite is a web based Project Collaboration and Document Management System designed to help Engineering and Construction firms in Project Management.||http://www.tbitsglobal.com|
|Column Base||Column Base||Calculates capacity and stiffness of a connection between steel column and its concrete foundation. Both rolled and welded column sections can be investigated. Handles both embedded connections and connections made using base plate. Determines connection rigidity and performs rigidity classification (rigid joint, semi-rigid joint, or hinge).||http://www.finesoftware.eu/structural-analyses/column-base/|
|Composite Beam Properties||Composite Beam Properties||Calculates elastic and plastic section properties for composite beams, with provision for asymmetric top and bottom flanges and a second plated bottom flange. Based on BS 5950 Part 3.1. Web-based program written in PHP. Enables to temporarily store input data in a MySQL database for several weeks.||http://www.v-consult.co.uk/programs/comprops/index.html|
|Concise Beam||Concise Beam||Concise Beam is an easy to use Microsoft Windows based program for the design of precast concrete beams. Concise Beam will perform a load analysis and design checks in accordance with the latest edition of ACI 318, CSA A23.3 or AS3600. CSA S6 is also supported without moving loads. Key code parameters can be customized to simulate other design codes. The beam can be conventionally reinforced and pretensioned. It can model any cross-sectional shape and will allow the cross-section to vary prismatically (step-wise) over the length of the beam. A graphical editor allows the user to describe any cross-section, including voids, openings or cut-outs. Concise Beam currently works in two-dimensions but will also account for torsion along the beam. The user can work in metric or Imperial (US Customary) units, select from a variety of individual units (i.e. mm, cm, m), and switch back and forth at will. Libraries of industry standard cross-sections and materials are provided with Concise Beam. The standard libraries can be modified, extended and customized by the user.||http://www.blackmint.com/|
|Concrete Design (software)||Concrete Design||Digital Canal's Concrete Beam designs one-way flexural members, including beams, one-way slabs and joists. The structural design program includes beam dimensions, bar sizes, quantities, development lengths, cut off locations, stirrup spacing, deflection checks, capacity diagrams and more. Digital Canal's Concrete Column will design or check concrete columns for axial tension, compression and biaxial moments. Output includes section dimensions, number of bars, bar spacing, moment magnifiers, interaction curves and more.||http://www.digitalcanal.com|
|Concrete Mix Design Software Suite||Concrete Mix Design Software Suite||FirstMix Lite - low cost concrete mix design software, FirstMix Express - determine optimal concrete mix proportions based on strength durability and workability requirements, FirstBreak - logging concrete test strengths in a database and performing statistical analysis||http://www.logicsphere.com/|
|Connection Study Environment (CSE)||Connection Study Environment (CSE)||CSE is a software program dealing with steel connections. The main innovation of CSE is that is can be used to design connections freely placing components, and, afterwards, check them. The program offers a wide coverage of issues regarding steel connections: it uses automatic internal rules, user-defined rules, and is also able to create automatically fem models of components (members with their workings, plates, cross-section trunks, angles, double-angles and more). CSE is the result of a research dating since 1999. The main aim of CSE is not drawing or detailing, but checking connections. It does not use "kitchen-recipes" to allow a limited number of connections, but lets the user build up their connections freely. A number of tutorials for various connections types is available with the program.||http://www.steelchecks.com/pro/cs/home.asp|
|Conspan||Conspan||Analysis and design of simple-span and multi-span precast and prestressed bridge beams.||http://www.leapsoft.com/|
|Construction Software Advice||Construction Software Advice||Construction Software Advice is a free online resource dedicated to helping contractors, engineers, and architects find the right software for their businesses. It offers profiles and comparisons of the leading products, and provides buyer's guides with best practices for researching and selecting construction software.||http://www.softwareadvice.com/construction|
|Constructware||Constructware||Web-based project management software for contractors.||http://www.autodesk.com/constructware|
|Consys||Consys||Live load and static analysis for single-span and multi-span bridges.||http://www.leapsoft.com/|
|Cortona3D||Cortona3D||Cortona3D feeds design data from CAD, PDM and ERP into powerful 3D authoring tools that integrate 'Visual Know-How' into product documentation.||http://www.cortona3d.com/cortona3d|
|DANBRO+||DANBRO+||DANBRO+ is a comprehensive internet-based bridge monitoring system developed and used by the Danish bridge directorate.||http://www.danbroplus.dk/|
|DESCUS I||DESCUS I||Design and analysis of curved I-girder bridges.||http://best.umd.edu/software/descus-i/index.html|
|DESCUS II||DESCUS II||Design of curved box girder bridges.||http://best.umd.edu/software/descus-ii/index.html|
|DOWEL||DOWEL||Finite-element modeler for dowel-type connections (nails, bolts, lag screws, etc.) in wood-wood, wood-steel or any other type of connection material configuration.||http://www.alexschreyer.de/projects/dowel/index.htm|
|DPOLES||DPOLES||Evaluation of damaged signal/light poles and sign structures.||http://best.umd.edu/software/dpoles/index.html|
|Dagra||Dagra||Software to digitize data from graphs for Engineering design calculations and analysis. Add-in support for MathCAD, Matlab and Excel. Free trial available.||http://www.blueleafsoftware.com/Products/Dagra/|
|Deal.II||deal.II||A Finite Element Differential Equations Analysis Library
deal.II is a C++ program library targeted at the computational solution of partial differential equations using adaptive finite elements. It uses state-of-the-art programming techniques to offer you a modern interface to the complex data structures and algorithms required.
The main aim of deal.II is to enable rapid development of modern finite element codes, using among other aspects adaptive meshes and a wide array of tools classes often used in finite element program. Writing such programs is a non-trivial task, and successful programs tend to become very large and complex. We believe that this is best done using a program library that frees the application programmer from aspects like grid handling and refinement, handling of degrees of freedom, input of meshes and output of results in graphics formats, and the like. Also, support for several space dimensions at once is included in a way such that programs can be written independent of the space dimension without unreasonable penalties on run-time and memory consumption.
deal.II is widely used in many academic and commercial projects. For its creation, the principal authors have received the 2007 J. H. Wilkinson Prize for Numerical Software. It is also part of the industry standard SPEC CPU 2006 benchmark suite used to determine the speed of computers and compilers, and comes pre-installed on the machines offered by the commercial Sun Grid program.deal.II emerged from work at the Numerical Methods Group at Universit�t Heidelberg, Germany, which is at the forefront of adaptive finite element methods and error estimators. Its main authors presently work at Texas A&M University and the Institute of Aerodynamics and Flow Technology of the German Aerospace Center (DLR) in Braunschweig. Other contributors and several hundred users are scattered around the world.
|Delta Beam||Delta Beam||Delta Beam is a continuous beam structural analysis software. It includes a full complement of features that makes it suitable for any job from a small beam to very complex beam structures. Both students and professional engineers can use it with ease and confidence. Delta Beam has been developed to make the definition, solution and modification of 2D continuous beam problem data as fast and easy as possible. Analysis, up to and including calculation of maximum deflections and shear and moment, may be done on continuous beams constructed of any material or combination of materials. A complete steel sections database is included with the software.||http://structuralsoftware.net|
|DesconBrace||DesconBrace||Descon Brace is a steel connection design software for Braced Frame type structures. It is a Windows based program with a graphical user interface for defining the input data and for reviewing the design drawing and calculation report.
ASD and LRFD versions of Descon Brace are available. Both versions use the Uniform Force Method where it is applicable.
Descon Brace designs Chevron, Knee, and K- Braces as well as braces connected to column base and Beam-Column joints where up to four braces and two beams may exist. Beams and braces may be added to or removed from the joint configuration by simple mouse operations. The section designations, material names, bolts, and welding electrodes are defined using pull-down menus and option buttons, and their data are automatically fetched from the program's database. Member forces are input by the user, and Descon Brace designs and/or checks the brace to gusset connection, gusset plates, gusset to beam and column connections, and the local stresses in the column and beams.
Descon Brace creates and prints a scaled drawing showing the connection details. Callouts, dimension lines, and weld symbols can be moved to preferred locations in the drawing area with the mouse. Descon Brace creates a dxf file of the drawing for importing into CAD systems.Descon Brace generates a calculation report that includes the formulae in symbolic and numerical formats and the result of the computations. The design report can be reviewed on-line by opening the Report window. A GoTo command provides a fast jump to the calculations for specific items in the report.
|DesconWin||DesconWin||DesconWin is a software program for designing beam-to-column connections, beam and column splices, and beam to girder connections, of steel buildings. Simple shear connections, and partially or fully restrained moment connections are included in DesconWin. ASD and LRFD versions, both in the U.S. units and Metric units, are available separately.
DesconWin is a Windows based program and requires MS Windows 95 or higher. Input data is entered using pull-down lists, option buttons, and text boxes. On-screen and printed output includes a detailed calculation report and a drawing of the connection. DesconWin creates a DXF file of the designed connection to interface with CAD systems.DesconWin has a database of steel sections including W, M, S, and HP shapes. Users can add customized or non-standard sections to this database. DesconWin requires a minimum amount of data in the Design mode and allows the user to enter all pertinent data in the Check mode.
|Detail (software)||Detail||A fully automated structural steel detailing system. Build your model on the screen visually in 3D using Graphical Material Input (GMI), apply your connections, either globally or drag-and-drop, and the shop DWGs, erection DWGs, reports, and CNC files are generated automatically.||http://www.4macrosoft.com/Detail.html|
|Development and Lap Splice Lengths||Development and Lap Splice Lengths||Calculation of development and lap splice lengths for reinforcing bars. Incorporates ACI 318-95 Building Code Requirements for Structural Concrete and the 16th edition of the AASHTO Standard Specifications for Highway Bridges (1996). Metric and English units.||https://webstore.crsi.org|
|Digital Canal Corporation Software Suite||Digital Canal Corporation Software Suite||Structural engineering, detailing, and drafting software: (1) VersaFrame - Frame Analysis; (2) Retaining Wall Design; (3) Footing Design; (4) Steel Design; (5) Masonry Wall Design; (6) Pile Cap Design; (7) Timber Design; (8) Wind Analysis; (9) Concrete Design; (10) StructPro - 2D drafting & detailing program for steel and concrete; (11) DetailPro - library of over 2500 pre-drawn details is sorted and organized by Construction Specification Institute (CSI) category.||http://www.digitalcanal.com/|
|Dlubal Software||Dlubal Software||Suite of programs for structural engineering.
Frame analysis package includes basic program (RSTAB, RSTAB 2D), steel structures add-ons (STEEL, KAPPA, LTB, FE-LTB, EL-PL, PLATE-BUCKLING, ASD), concrete add-ons (CONCRETE), timber structures add-ons (TIMBER), composite add-ons (COMPOSITE-BEAM), dynamics add-on (DYNAM Basic, DYNAM Addition I, DYNAM Addition II) and other add-ons (DEFORM, RSMOVE, RSIMP, RSBUCK, RSBOMBI, SUPER-LC, RS-COM).
Finite element analysis package includes basic program (RFEM, RFEM 2D), steel structures add-ons (RF-STEEL, RF-LTB), concrete structures add-ons (RF-CONCRETE, RF-CONCRETE 2D, RF-CONCRETE ONORM, RF-PUNCH), timber structures add-on (RF-TIMBER Members), dynamics add-ons (RF-DYNAM Basic), and other add-ons (RF-STABILITY, RF-IMP, RF-IMP, RF-COM, RF-COMBI).
Cross sections modules enable to determine cross-section values and general cross-section analyses for both thin-walled and thick-walled sections (SHAPE-THIN).Connections modules perform static analyses for various types of connections for steel structures (FRAME-JOINT), END-PLATE, CONNECT, DSTV) and timber structures (DOWEL).
|Document Locator||Document Locator||Document Locator is Enterprise Document Management for professionals in Construction and Engineering. It improves collaboration with more efficient review and approval processes, reduces risk with greater accountability and control, and increases productivity across the enterprise.||http://www.documentlocator.com|
|Dr. Beam Pro||Dr. Beam Pro||Direct manipulation beam analysis environment.||http://www.drsoftware-home.com/DBeam.html|
|Dr. Frame||Dr. Frame||Direct manipulation environment for interactive evaluation of 2D truss and frame structures.||http://www.drsoftware-home.com/df/DFrame.html|
|Dr. Frame 3D||Dr. Frame 3D||Direct manipulation environment for interactive evaluation of 3D truss and frame structures.||http://www.drsoftware-home.com/df3d/df3d.html|
|DrawMGT||DrawMGT||DrawMGT is an Internet-based web application that manages construction drawings, documents and related tasks. DrawMGT was created specifically for the heavy construction and tunneling industry. It is ideally suited for large projects with participants from multiple organizations, located at multiple sites. DrawMGT was designed by engineers, for engineers. It is not a generalized content or project management system that has been "adapted" for construction. Its native language is construction. The procedures DrawMGT supports are the procedures your engineers are probably already using. The goal is to automate accepted industry practices and not to replace them. Thus, DrawMGT will make many tasks more efficient and help ensure that your good engineering does not become a victim of administrative and clerical inefficiencies.||http://wiki.softxs.ch/softxs/Home|
|EBPLate||EBPLate||EBPlate software provides accurate values of elastic critical stresses for a wide field of practical cases of rectangular plates subject to in-plane loading. Plates can be either stiffened or unstiffened, the stiffening being provided by longitudinal and/or transverse stiffeners; orthotropic plates can also be treated. Complex stresses patterns can easily be defined, including patch loads. Numerous display possibilities are available for data and results. EBPlate tool was designed by CTICM in the frame of the european research project COMBRI (RFS-CR-03018), with partial funding of the Research Fund for Coal and Steel.||http://www.steelbizfrance.com/telechargement/desclog.aspx?idrub=4&lng=2|
|EDISIS 2000||EDISIS 2000||Software for static and dynamic analysis of multi-storey reinforced concrete buildings (subject or not to seismic action) and for planning the reinforcement with customised style. Fast, reliable and easy to use, supplies executive plans for carpentry ad reinforcement.||http://www.newsoft-eng.com/|
|ELPLA||ELPLA||Program for analyzing raft foundations of arbitrary shape with the real subsoil model. ELPLA can be also used to solve many other civil engineering problems||http://www.elpla.com/|
|EPC Server - Online Calculators||EPC Server - Online Calculators||Site with many online calculators for structural engineers and construction industry, such as: structural steel simple support beam design, structural steel base plate design, frame analysis, weld design, steel column design, concrete mix statistical analysis, concrete design, clip angle weld design, structural steel section data, continuous beam analysis, steel plates under compression, truss doubler plate connection, properties of sections, beam analysis, angle seat for steel beams, structural steel bolted angle connection, structural steel beam-column design, eccentric bolt group, structural steel column base plate, curve fitter, composite beam design, and many others.||http://www.epcserver.com/olindex.asp|
|EPin||ePin||Project control and collaboration solutions are designed specifically to address the complexity and diversity of engineering and construction projects, bringing new levels of control, productivity and responsiveness to the business of development.||http://www.epin.co.uk|
|ESOP||ESOP||ESOP is software developed for Component Design and Analysis based in MS Excel with over 150 modules for various types of tasks, such as steel connections (various types) to British and US standards, section property calculations, steel design, fire calculations, wave loader, offshore design modules, castellated beam sections, finite elements, plates, membranes, auto mesh generator, apply loads, instant update of results, etc.
ESOP works on many levels: (1) As a workbook of standard modules that the user may access for carrying out everyday analysis and design work; (2) As a program that the engineer can use to write his own programs; (3) As a program that can automatically communicate bi-directionally with ROBOT Millennium, thereby facilitating the ability for the user to write their own pre and post processors for ROBOT - examples include connection design, wave loading etc.The communication with ROBOT Millennium or other software may take the following forms: (1) Calculation modules will automatically capture the data from ROBOT Millennium (e.g. data concerning geometry, materials, sections, loads, internal forces, ...); (2) The modules may function as generators of completed models for ROBOT Millennium (e.g. generator of frames with the elements of variable section, combinations generator, generator of typical solutions of static models, ...); (3) The modules may extend the possibilities of results analysis of ROBOT Millennium (e.g. new types of results set-ups, additional results for non-linear problems, new design codes...); (4) A set of tools exist for users to easily extract data from ROBOT Millennium, such as member data, nodal data, forces, loads etc.
|ETABS||ETABS||Integrated analysis, design and drafting of building systems.||http://www.csiberkeley.com/|
|EasyElsym5||EasyElsym5||An easy interface to the popular program ELSYM5 which calculates stresses, strains and deflections within a pavement cross section due to an applied load configuration.||http://http//www.tsoftonline.com|
|Ebstra||Ebstra||The software will analyse and design any 2 dimensional frame in reinforced concrete or structural steel. There is metric units (kN, m, mm) or imperial units (pounds, inches). For structural steel the software will either allow one to choose steel sections to test or let the software to find the optimal sections.||http://www.ebatechengineering.co.ke|
|Engineering Fundamentals Online Calculators||Engineering Fundamentals Online Calculators||Collection of online calculators for beam analysis, vibration of single degree of freedom, stress transformations (Mohr's circle) and principal stresses determination, failure criteria, plate calculators and composite materials.||http://www.efunda.com/calculator.cfm|
|Eskudos||Eskudos||Eskudos is scalable solution for document and content management that enables entire teams to work and collaborate within one application. Accessible anytime-anywhere via web browser, greatly scalable. Integration with MS Outlook, Notes, Word, Excel, Autocad, and many other authoring tools.||http://www.eskudos.net|
|Excel Spreadsheet by Techno Consultants, Ltd.||Excel Spreadsheet by Techno Consultants, Ltd.||Collection of MS Excel spreadsheet templates for structural analysis, steel design, reinforced concrete design and masonry design. Most spreadsheets incorporate British codes. Includes (1) structural analysis - distribution of pile loads on piles below rigid pilecaps, continuous beam analysis up to 4 spans; (2) reinforced concrete design - RC section design, RC rectangular column design, RC circular column design; (3) steel design - design of steel members, welds, and bolt groups; (4) masonry design - design of masonry panels for lateral loads.||http://www.technouk.com/|
|ExcelCalcs||ExcelCalcs||Free excel site featuring spreadsheets for engineers, scientists and students. Download free XLC software which gives MS Excel the capability of displaying cell formulae as mathematical equations. Your worksheets will read like text books, they'll be easy to understand and easy to check. Download worked solutions and solved problems from the Repository or ask for help in the Forum.||http://www.excelcalcs.com|
|FB-MultiPier||FB-MultiPier||The FB-MultiPier analysis program is a nonlinear finite element analysis program capable of analyzing multiple bridge pier structures interconnected by bridge spans. The full structure can be subject to a full array AASHTO load types in a static analysis or time varying load functions in a dynamic analysis. Each pier structure is composed of pier columns and cap supported on a pile cap and piles/shafts with nonlinear soil. This analysis program couples nonlinear structural finite element analysis with nonlinear static soil models for axial, lateral and torsional soil behavior to provide a robust system of analysis for coupled bridge pier structures and foundation systems. FB-MultiPier performs the generation of the finite element model internally given the geometric definition of the structure and foundation system as input graphically by the designer. This allows the engineer to work directly with the design parameters and lessens the bookkeeping necessary to create and interpret a model.||http://bsi-web.ce.ufl.edu/products/|
|FBEAM||FBEAM||Composite beam design program. Enables to evaluate fire resistance.||http://www.fabsec.co.uk/free_fbeam.asp|
|FEAP||FEAP||Multi-Dimensional finite element code for structural, continuum, solid mechanics, heat transfer, and coupled field simulations. Very flexible with static and dynamic time integration and steady state capabilities. Very modular with a rudimentary front and backend. Mostly in Fortran except for the backend graphics and the dynamic memory management system. This is a code for people interested in performing finite element code development research and those with particularly unusual problems that can not be handled with commercial codes.||http://www.ce.berkeley.edu/projects/feap/|
|FEEA.net||FEEA 2010 SDK||Anaxsoft™ FEEA™ 2010 SDK is a comprehensive finite elements engine created specifically for the .NET Framework. It is a unique and robust system, with component-oriented architecture and small footprint, that integrates powerful structural analysis capabilities into any .NET application. FEEA™ 2010 SDK includes everything developers and engineers need to write, build, test and deploy .NET applications that depend on finite element analysis.
Finite Element Analysis SDK for the .NET Framework. Use FEEA SDK to create the new generation of 32/64-bit scientific/technical .NET applications for the Windows platform.
|FEM (Fine)||FEM (Fine)||The program is applicable for the modelling of a large class of geotechnical problems such as terrain settlement, sheeting ang supporting structures, slope stability, beams on foundation, excavation, etc. FEM program is a part of a geotechnical software suite GEO4. It is easy to understand and use system comprises individual modules with uniform user environment and mutual communication.||http://www.finesoftware.eu/geotechnical-software/fem/|
|FEMdesigner||FEMdesigner||Low cost finite element analysis program.||http://www.femdesigner.com/index.html|
|FEPG (Finite Element Program Generator)||FEPG (Finite Element Program Generator)||System suitable for solving FE problems in various scientific and engineering fields. Users only need to input all expressions and formulae for FEM, then FEPG can automatically generates the complete source code, including element subroutines, algorithm programs, etc.||http://www.fegensoft.com/english/FEPG.htm|
|FElt||FElt||Finite element analysis program for linear static and dynamic structural and thermal analysis problems, including modal and spectral analysis for dynamic problems.||http://felt.sourceforge.net/|
|FREET||FREET||Multipurpose probabilistic software for statistical, sensitivity and reliability analysis of engineering problems. Simulate uncertainties of a problem at random variables level - material properties and loading, geometrical imperfections.||http://www.cervenka.cz|
|FSF/UNESCO Free Software Directory||FSF/UNESCO Free Software Directory||Directory of free software by Free Software Foundation (FSF) and UNESCO. Contains also free structural analysis software.||http://directory.fsf.org/|
|FabTrol MRP||FabTrol MRP||Estimating and production control software for steel fabricators.||http://www.cscworld.com/|
|Falcon Document Management||Falcon Document Management||Suite of programs for document management (not targeted specifically at the AEC industry): eCopy; FileDirector; ASCENT; ScanFile; Teleform; VirtualReScan.||http://www.falcondocumentmanagement.co.uk|
|FastFrame||FastFrame||2D frame analysis program.||http://www.enercalc.com/products/fastframe.asp|
|Fastrak||Fastrak||Analysis and design of steel buildings. Steel connections design.||http://www.cscworld.com/|
|Fem2K||Fem2K||Low cost 3D finite element analysis program for structural and multi-physics applications with interactive graphic.||http://geocities.com/kenwoodardpe/fem2k|
|Femax||Femax||Component system that provides functionality for structural analysis using the Finite Element Method (FEM).||http://www.aisto.com/roeder/cae/|
|Fin 2D||Fin 2D||Static analysis of 2D frame structures including computation of deformation and internal forces.||http://www.finesoftware.eu/structural-analyses/fin-2d/|
|Fin 3D||Fin 3D||Static, eigenvalue, second order, and linear stability analysis of 3D frame structures.||http://www.finesoftware.eu/structural-analyses/fin-3d/|
|FlexPDE||FlexPDE||System for solving many types of partial differential equations using the finite element method.||http://www.pdesolutions.com/|
|Frame Solver 2D||Frame Solver 2D||FrameSolver 2D for Windows is a software to model and analyze planar frames, trusses, and multi span beams. FrameSolver 2D has powerful graphical modeling capabilities with a Flexible Graphical User Interface (GUI) for pre/ post-processing. Enables to define your model with the easy-to-use interface in just a few mouse clicks. Without any previous experience or knowledge of Structural analysis software.||http://www.esads.com/|
|Framework (software)||Framework||2D and 3D frame analysis. 2D linear static, geometric nonliner static, eigenvalue and influence lines analysis. 3D linear analysis.||http://home.wanadoo.nl/wolsink/|
|Framing Worx||Framing Worx||Software for design of entire building framing system in one 3D model. Import architectural drawings and start laying out framing plans with intuitive tools. Complete load path from roof to foundation. Export of framing plans to CAD. Framing Worx design materials include wood, cold formed steel and structural steel elements.||http://www.structuralsoft.com|
|FreeCAD||freeCAD||3D CAD software with advanced motion simulation capabilities. Allows users to create and manipulate assemblies of 3D parts. Enables users to study mechanical dynamics.||http://www.askoh.com/|
|GEO5||GEO5||Geotechnical software suite, which includes the following programs: (1) Gravity wall; (2) Prefab wall; (3) Cantilever wall; (4) Gabion; (5) Sheeting design; (6) Sheeting verification; (7) Square foundation; (8) Pile; (9) Slope stability; (10) Earth pressures||http://www.finesoftware.eu/geotechnical-software/geo5-features/|
|GEOPAK Site||GEOPAK Site||Dynamic, flexible, comprehensive and multidisciplinary site design for all project phases.||http://www.bentley.com|
|GINT Software||gINT Software||Geotechnical and geoenvironmental data management and reporting.||http://www.gintsoftware.com|
|GT Strudl||GT Strudl||Structural Design & Analysis software programs for Architectural - Engineering - Construction (AEC), CAE/CAD, utilities, offshore, industrial, nuclear and civil works facilities. GT STRUDL integrates modeling, analysis, and design into a powerful information processing system. GT STRUDL key features include Linear and Nonlinear Static and Dynamic Analysis, Plastic Hinges, Pushover Analysis, and Buckling Analysis. A wide range of 2D and 3D elements are available including Cable and Base Isolation elements. US and International Steel and Concrete Design Codes. CAD interfaces are available including the ability to import and export CIS/2 files.||http://www.gtstrudl.gatech.edu/|
|GaLa Reinforcement||GaLa Reinforcement||Advanced analysis and design of reinforced concrete elements (columns, beams, shear walls) subjected to axial forces and axial or biaxial (Mx and My) bending moments.||http://www.alashki.com/|
|Genetic Algorithm Optimization Spreadsheet||Genetic Algorithm Optimization Spreadsheet||Program that can be applied to any Excel spreadsheet to optimize calculation outcome. Allows to set up to five design parameters and up to five design constraints.||http://www.alexschreyer.de/projects/xloptim/index.htm|
|GeoStudio 2007||GeoStudio 2007||Suite of applications for geotechnical and geoenvironmental engineering. Includes the following products: (1) SLOPE/W for slope stability analysis; (2) SEEP/W for groundwater seepage analysis; (3) SIGMA/W for stress and deformation analysis; (4) QUAKE/W for dynamic earthquake analysis; (5) TEMP/W for thermal analysis; (6) CTRAN/W for contaminant transport analysis; (8) VADOSE/W for vadose zone and soil cover analysis; (9) Seep3D for groundwater modeling.||http://www.geo-slope.com/|
|Geomath||Geomath||Geometry control software for bridge engineers. Has ability to parametrically adjusts changes in bridge geometry and component design.||http://www.leapsoft.com/|
|Google Earth||Google Earth||Google Earth contains comprehensive and detailed world's geographic information including satellite imagery, maps, terrain and 3D buildings. Basic version is free; Google Earth Plus and Google Earth Pro with GIS capabalities and extended functionality are commercial applications.||http://earth.google.com|
|GrafiCalc||GrafiCalc 2010||GrafiCalc 2009 is self-contained software that combines the disciplines of constrained sketching and "smart" calculations within one application that enables users to solve a wide range of design and engineering challenges with unprecedented ease, speed, and accuracy. GrafiCalc 2009 is the tool of choice for solving challenges where geometry and numerical aspects of the problem are inseparable.||http://www.inventbetter.com|
|Grape GBW32||Grape GBW32||3D beam and truss finite element program.||http://www.grapesoftware.mb.ca/|
|Graphmatica||Graphmatica||Equation plotter with numerical and calculus features. Graph Cartesian functions, relations, and inequalities; polar, parametric, and ordinary differential equations.||http://www8.pair.com/ksoft/|
|Ground Loss (Fine)||Ground Loss (Fine)||Risk assessment of building damage due to tunneling. The program is designed to analyze and determine shape of subsidence through above excavations and to evaluate damage of buildings situated in the affected area. Ground Loss program is a part of a geotechnical software suite GEO5. It is easy to understand and use system comprises individual modules with uniform user environment and mutual communication.||http://www.finesoftware.eu/geotechnical-software/ground-loss/|
|IDX Beam Analysis Program||IDX Beam Analysis Program||The IDX Beam Analysis Tool provides complete analysis of deflection and stresses on any beam. Its intuitive interface enables immediate productivity, while more advanced features allow great flexibility in problem definition. As a plug-in, currently available for AutoCAD, the Beam Analysis Tool facilitates best practices by saving the beam information and all analysis directly in the drawing file, alongside the beam. This is useful for collaboration, and also saves a great deal of time when plans change and analyses need to be updated. Further collaboration is supported by options to save beam analyses as XML files, or to publish configuration details and all diagrams as HTML files to post on an intranet or extranet.||http://www.idx-design.com|
|IDbuild||iDbuild||iDbuild is a tool for parameter variations of performance-decive parameters. The variations give building designers an overview of how different parameters affect the energy consumption and indoor environment of the room. At present time, iDbuild only applies for office buildings with single sided offices, class rooms and alike, meaning that there can be only one window in the simulation model. Furthermore, only buildings of simple shapes, like quadrangular shape, can be evaluated.||http://www.dtu.dk/upload/centre/bfi/energirigtigtbyggeri/integrated%20design%20course/how%20to%20use%20idbuild.pdf|
|IFC Browser||IFC Browser||IFC Engine Viewer, IFC Engine Basic and IFC Engine DLL are three independent products that enable to visualize and examine IFC models.||http://www.ifcbrowser.com|
|IProject||iProject||iPROJECT is an intranet product for project managers, investors, CAD professionals and all users working with electronic documents. Easy yet powerful document management on your intranet/extranet. Manage your new and frequently updated documents for the whole project. Access documents from any place on the Internet, simplify communication and collaboration of project teams or subcontractors or telecommuters.||http://www.iproject.cz|
|ISADAB||ISADAB||Legacy software from 1986 for the transverse inelastic analysis of reinforced concrete highway bridges. Source code in FORTRAN and related reports can be downloaded from the earthquake engineering online archive maintained by University of California Berkeley.
ISADAB: Inelastic Static and Dynamic Analysis of Bridges
Saiidi, Mehdi; Lawver, Renee A.; Hart, James D.
Civil Engineering Department, University of Nevada, Reno, Nevada, 1986,ISADAB was developed for the transverse inelastic analysis of reinforced concrete highway bridges. The following tasks can be carried out by the program: (a) static analysis, (b) free-vibration analysis for initial displacements caused by static loads, (c) frequency analysis based on instantaneous stiffness during static loading, and (d) earthquake response analysis. The nonlinear effects are accounted for by incorporating translational and rotational springs at abutments, pier foundations, and at the base of piers. The deck and piers are treated as line elements. Two hysteresis models are used to represent the cyclic behavior of the nonlinear components: the Ramberg-Osgood model (for abutment springs) and the TQ-Hyst model (for pier and foundation springs), which operates on a tri-linear primary curve.
|InRoads||InRoads||Road and site design with advanced DTM (Digital Terrain Modelling) capability.||http://www.bentley.com/en-US/Products/InRoads%2BSuite/|
|Integrated Environment Solutions Virtual Environment (IESVE)||Integrated Environment Solutions Virtual Environment (IESVE)||Software for evaluation building design that performs advanced building analysis (model builder, lighting & daylighting, CFD, evacuation - safety, mechanical & electrical systems, thermal calculation & HVAC, solar, value & costs).||http://www.iesve.com|
|Internet Finite Element Resources||Internet Finite Element Resources||Site devoted to finite element analysis software. Includes listing of public domain, shareware and commercial finite element analysis programs, plus many other resources related to finite element analylis and related numerical methods.||http://homepage.usask.ca/~ijm451/finite/fe_resources/fe_resources.html|
|Inventor||Autodesk Inventor||Autodesk Inventor software is the foundation for digital prototyping. The Inventor model is an accurate 3D digital prototype that enables users to validate design and engineering data as they work, minimize the need for physical prototypes, and reduce costly engineering changes discovered after the design is sent to manufacturing. It enables innovative approaches to accelerate and simplify the concept-to-manufacturing process.||http://www.autodesk.com/inventor|
|JetStream (software)||JetStream||JetStream leading collaborative 3D/4D Design Review software. JetStream improves productivity and quality in the project lifecycle of Building, Plant and Marine construction. Use of JetStream has been proven to reduce waste, increase efficiency, virtually eliminate change orders and helps streamline workflow processes by enabling effective team working. JetStream is compatible with all major CAD software packages, including complete file format interoperability. JetStream is scalable, flexible and has a programmable interface for customization to other third party software and databases.||http://www.navisworks.com|
|LAPBOX||LAPBOX||Legacy software from 1986 for the analysis of curved nonprismatic reinforced and prestressed concrete box girder bridges. Source code in FORTRAN and related reports can be downloaded from the earthquake engineering online archive maintained by University of California Berkeley.
LAPBOX: Linear Elastic Analysis of Box Girder Bridges
Department of Civil Engineering, University of California, Berkeley, 1986,LAPBOX is an implementation of a numerical procedure for the analysis of curved nonprismatic reinforced and prestressed concrete box girder bridges. Thin-walled beam theory and the finite element method are combined to develop a curved nonprismatic thin-walled box beam element. The cross section of the element is a rectangular single-cell box with side cantilevers. The axis of the element is curved in plan. The cross sectional dimensions vary along the element axis. Eight displacement degrees of freedom, including transverse distortion and longitudinal warping of the cross section are considered at each of the three element nodes. Small displacements and small strains are assumed in the element formulation. Prestressing, consisting of post-tensioned bonded tendons in the longitudinal direction, is considered. The tendons are idealized as straight prestressing steel segments between nodes of the box beam elements. Friction and anchorage slip losses are considered.
|LARSA||LARSA||Finite-element-based analysis and design software for structural and earthquake engineering.||http://www.larsausa.com|
|LGBEAMER||LGBEAMER||LGBeamer is program for analyzing single and multi-span beams using cold-formed stud, joist, track, z-shaped and HSS sections.||http://www.devcosoftware.com|
|LIRA||LIRA||Software package for numerical analysis of structures' strength and stability and computer-aided design process.||http://www.lira.com.ua/eng/index.php|
|LISA||LISA||Free and affordable FEM software for linear static, thermal, eigenvalue, dynamic response and fluid analysis. Free 1300 node limit download. Includes comprehensive user manual and free technical support.||http://www.lisa-fet.com/indexbut.htm|
|LS-DYNA||LS-DYNA||General purpose nonlinear finite element program.||http://www.ls-dyna.com/|
|LTBeam||LTBeam||LTBeam is a software which deals with the elastic "Lateral Torsional Buckling of Beams" under bending action about their major axis.
LTBeam is a software to be used for the Design of Steel Structures. It has been developed by CTICM (Centre Technique Industriel de la Construction M�tallique - France) in the frame of an european research project partially funded by the European Community for Steel and Coal (ECSC Project N� 7210-PR183 : "Lateral torsional buckling of steel and composite beams" - 1999-2002).
The lateral torsional buckling phenomenon (LTB) appears when the bending action reaches a critical level. It generates suddenly and simultaneously a lateral bending deformation and a longitudinal torsional deformation along the unrestrained length of beam.
LTBeam calculates the elastic critical moment Mcr and provides useful information about the buckling mode for various loading and restraint conditions. Mcr is generally needed in regulatory codes for resistance checks of structural members to lateral torsional buckling.
LTBeam applies to straight single- or multi-span beams, under simple bending about their strong axis, with doubly - or mono-symmetrical cross-sections about this plane of bending. Lateral restraints against LTB may be discrete or continuous, full or elastic, and may concern the lateral displacement, the torsional rotation, the lateral flexural rotation and the warping. As the loading, lateral restraints may be applied at a distance above or beneath the shear centre of the cross-sections.LTBeam is rather designed to deal with steel beams, but others materials can be used, on condition that appropriate properties be input.
|LUSAS Academic||LUSAS Academic||LUSAS Academic is for use only by educational establishments for teaching purposes and research. By using the software protection device and licence key supplied, the full licenced version allows access to any LUSAS commercial product, access to all LUSAS analysis product options, and has no restriction on model size.||http://www.lusas.com/offers.html|
|LUSAS Analyst||LUSAS Analyst||General engineering analysis software with highly regarded nonlinear and contact capabilities for all types of linear static, nonlinear, dynamic and thermal engineering analysis, including thermal/mechanical coupling.
LUSAS Analyst is used in the automotive, aerospace, defense, manufacturing and general mechanical engineering industries.Available in 2 software versions with additional nonlinear, dynamic, thermal, fast solver software options to extend capabilities.
|LUSAS Bridge||LUSAS Bridge||Finite element analysis software for the design, analysis and load rating / assessment of bridge types. Software in available in 3 software levels with software options available to extend analysis capabilities to allow Vehicle Load Optimisation, Fast Multifrontal Solvers, Interactive Modal Dynamic Analysis, Nonlinear Analysis, Dynamic Analysis, Thermal / Field Analysis, Heat of Hydration Analysis, Rail Track Analysis||http://www.lusas.com/products/bridge_tour1.html|
|LUSAS Civil & Structural||LUSAS Civil & Structural||Structural engineering analysis software with comprehensive facilities for all types of civil and structural analysis including linear, nonlinear, staged construction, creep, prestress, post tensioning, seismic, blast, buckling, impact, fire and fatigue analysis.
LUSAS Civil & Structural software is used on all types of structures from buildings, grandstands and towers through to dams, docks and tunnels.Software in available in 3 software levels with software options available to extend analysis capabilities to allow Vehicle Load Optimisation, Fast Multifrontal Solvers, Interactive Modal Dynamic Analysis, Nonlinear Analysis, Dynamic Analysis, Thermal / Field Analysis, Heat of Hydration Analysis, Rail Track Analysis.
|LUSAS Composite||LUSAS Composite||Composite engineering analysis software with advanced shell and solid composite elements for all types of composite engineering. LUSAS Composite allows easy definition and visualisation of layups, and accurate delamination and failure modelling using a variety of industry standard failure criteria.||http://www.lusas.com/products/composite.html|
|Labview||Labview||LabVIEW (Laboratory Virtual Instrumentation Engineering Workbench) is a platform and development environment for a visual programming language named "G". It is commonly used for data acquisition, instrument control, and industrial automation on a variety of platforms.||http://www.ni.com/labview/|
|LatPilePro||LatPilePro||Finite element program for the analysis and design of retaining structures. Thouroughly validated against hand calculations and published field case studies. May model variable inertia system, braced or anchored excavation with computer generated or user specified construction stages, including a variety of surcharges. Several models for the soil pressure as well as user-defined soil pressure.|
|Lateral Worx||Lateral Worx||Lateral Worx is a versatile program for lateral design of light frame buildings with CAD interface. Comprehensive calculation report and export of shear wall plans to CAD. Design buildings with multiple plate heights, complicated shear transfer and drag elements.||http://www.structuralsoft.com|
|Leap Bridge Software Suite||Leap Bridge Software Suite||(1) Geomath - parametric bridge layout and design. (2) Conspan - precast/prestressed bridge beam analysis and design. (3) RCPier - reinforced concrete substructure analysis and design. (4) Conbox - CIP reinforced or post-tensioned box girder and slab bridge design. (5) Consplice - spliced precast/prestressed bridge girder analysis and design. (6) Consys 2000 - LRFD and AASHTO Standard live load and static load analysis.||http://www.leapsoft.com/|
|Leap Building Software Suite||Leap Building Software Suite||(1) Presto - precast & prestressed concrete beam analysis and design. (2) Axsys - precast multistory column and wall panel analysis and design, (3) PC-Help -precast connection design aid.||http://www.leapsoft.com/|
|Load Combinations||Load Combinations||Spreadsheet to assembles load combinations from individual load cases. The spreadsheet is very flexible to perform load combinations for different design methods, such as allowable stress design (ASD), Load Factor Design (LFD), and Load and Resistance Factor Design (LRFD). New load components and combinations can be easily added.||http://www.designspreadsheets.com/load-combinations|
|Lusas||Lusas||Suite of finite element analysis software for all types of linear and nonlinear stress, dynamics, composite and thermal engineering analysis problems. Includes LUSAS Bridge, LUSAS Civil & Structural, LUSAS Composite, LUSAS Analyst, LUSAS Academic.||http://www.lusas.com/|
|M Series||M Series||A collection of the following geotechnical programs:
(1) MSheet addresses the design of sheet walls including distortions and stability for various excavation phases. The critical length is also determined.
(2) MFoundation will optimise the dimensions of foundations (with piles, on plates) for a variety of loadings.
(3) MGeoBase stores the results of soil tests to use the soil parameters and geometric soil layers for further use in MStab, MSettle, MDrill and MSeep.
(4) MStab calculates critical shear surfaces within the soil, incorporating calculated settlements.
(5) MSettle determines the settlements through creep and soil consolidation following Koppejan or advanced isotaches. Vertical drainage can be modelled. Subsoil water pressure is checked.
(6) MDrill calculates the minimal and maximum compression in horizontal pipes, in drilling liquid and drilling equipment.(7) MSeep determines the phreatic surface and the soil pressure by soil groundwater movement. More modules for groundwater calculation (MWell) and pile foundation design (MPile).
|MC3D (Match Casting Geometry Control Program)||MC3D (Match Casting Geometry Control Program)||Geometry control program for concrete segmental bridges.||http://www.ids-soft.com/solutions/products/geometrey.html|
|MDX||MDX||Design and rating of curved and straight steel bridges for compliance with AASHTO specifications.||http://www.mdxsoftware.com/|
|MERLIN-BDGM||MERLIN-BDGM||Bridge geometry program.||http://best.umd.edu/software/merlin-bdgm/index.html|
|MERLIN-DASH||MERLIN-DASH||Design and analysis of straight steel and reinforced concrete girder bridges.||http://best.umd.edu/software/merlin-dash/|
|MERLIN-DASH/PBEAM||MERLIN-DASH/PBEAM||Design, analysis and rating of prestress concrete bridge girders.||http://best.umd.edu/software/merlin-dash-pbeam/index.html|
|MISES3||MISES3||General purpose 3D finite element package for the solution of structural and field mechanics problems, with special features for the solution of problems encountered in geo-mechanics and rock mechanics.||http://www.tdv.at/|
|Marc||Marc||Nonlinear finite element analysis program.||http://www.mscsoftware.com/|
|Masonry Wall (Fine)||Masonry Wall (Fine)||Verification of reinforced masonry wall according to the Australian standard AS 3700. Masonry wall program is a part of a geotechnical software suite GEO5. It is easy to understand and use system comprises individual modules with uniform user environment and mutual communication.||http://www.finesoftware.eu/geotechnical-software/masonry-wall/|
|MasterBeam Composite Beam Design||MasterBeam Composite Beam Design||Design of composite beams with or without web openings.||http://www.masterseries.co.uk/|
|MasterBeam Composite SlimFloor||MasterBeam Composite SlimFloor||Design of concrete slabs supported by metal decking or precast concrete units.||http://www.masterseries.co.uk/|
|MasterBeam Concrete Beam Designer||MasterBeam Concrete Beam Designer||Analysis, design and scheduling of continuous beams and sub frames with up to 16 spans.||http://www.masterseries.co.uk/|
|MasterBeam Steel Beam Designer||MasterBeam Steel Beam Designer||Analysis and design of simple and continuous beams and sub frames with up to 16 spans according to BS 5950.||http://www.masterseries.co.uk/|
|MasterBeam Timber Beam Designer||MasterBeam Timber Beam Designer||Analysis and design of simple and continuous beams and sub frames with up to 16 spans.||http://www.masterseries.co.uk/|
|MasterCAD General Frame||MasterCAD General Frame||Drawing production and 3D model exchange center of the MasterSeries. Providing a multitude of import and export capabilities.||http://www.masterseries.co.uk/|
|MasterFrame||MasterFrame||Space, grillage and plane frame analysis.||http://www.masterseries.co.uk/|
|MasterFrame Dynamic Analysis||MasterFrame Dynamic Analysis||Investigates forces and displacements resulting from dynamic loading. Calculates natural frequencies and modal shapes.||http://www.masterseries.co.uk/|
|MasterFrame Flat Slab Construction||MasterFrame Flat Slab Construction||Analysis, design and detailing of single and multi-story flat slab construction in accordance with BS 8110.||http://www.masterseries.co.uk/|
|MasterKey Concrete Design||MasterKey Concrete Design||Design of concrete beams, columns and pad foundations.||http://www.masterseries.co.uk/|
|MasterKey Masonry Design||MasterKey Masonry Design||Design of reinforced and unreinforced masonry walls and columns to IS 325 and BS 5628.||http://www.masterseries.co.uk/|
|MasterKey Moment & Simple Connections||MasterKey Moment & Simple Connections||Design of steel connections. High level of user control is supplemented by intelligent automatic design.||http://www.masterseries.co.uk/|
|MasterKey Retaining Walls Design||MasterKey Retaining Walls Design||Design of both reinforced and unreinforced concrete and masonry retaining walls to CP2, BS 8002, BS 8110, IS 325, and BS 5628.||http://www.masterseries.co.uk/|
|MasterKey Steel Design||MasterKey Steel Design||Interactive program for comprehensive design of steel sections (I-Sections, Hollow Sections, Angles, Channels, and Tees) according to the BS 5950.||http://www.masterseries.co.uk/|
|MasterKey Timber Design||MasterKey Timber Design||Interactive program providing comprehensive design of timber to BS 5268.||http://www.masterseries.co.uk/|
|MasterKey Wind Loading||MasterKey Wind Loading||Calculates wind load and its application to complex structures based on the BS 6399 code.||http://www.masterseries.co.uk/|
|MasterPort||MasterPort||Portal frame analysis, design and drafting system||http://www.masterseries.co.uk/|
|MasterRC||MasterRC||AutoCAD application with a set of tools for accurate detailing of reinforced concrete. Automatic generation of bars and labels requires minimal user input and scheduling is an immediate.||http://www.masterseries.co.uk/|
|MasterSeries||MasterSeries||Integrated software suite for structural analysis, design, drafting and detailing. Includes the following program groups: MasterFrame (space frame analysis); MasterPort (portal frame analysis and design); MasterBeam (steel, concrete, composite, and timber beam analysis and design); MasterKey (design of steel, concrete, masonry, and timber elements; design of steel connections; wind analysis); MasterCAD (general drafting); MasterRC (CAD for concrete detailing); and MasterSteel (CAD for steel detailing).||http://www.masterseries.co.uk/|
|MasterSeries 3D Model Manager||MasterSeries 3D Model Manager||Modeling environment for structural analysis and design processes. Supports advanced automation, yet enables close "Engineering control".||http://www.masterseries.co.uk/|
|MasterSeries Pile Cap Designer||MasterSeries Pile Cap Designer||Analysis, design, detailing and scheduling of regularly shaped pile caps for 1 to 9 piles.||http://www.masterseries.co.uk/|
|MasterSteel||MasterSteel||AutoCAD application with a set of tools for accurate detailing of structural steelwork. Suitable for number of tasks ranging from setting-up a general arrangement to the production of fabrication drawings.||http://www.masterseries.co.uk/|
|Matbeam||Matbeam||Matbeam is a complete beam analysis tool featuring analysis capabilities for static and moving live loads on single and multi-span bridges.||http://www.civstate.com/|
|MathGV||MathGV||Mathematical functions graphing software for plotting 2 dimensional, parametric, polar, and 3 dimensional functions.||http://www.mathgv.com/|
|Mechanical Design, Manufacturing and Engineering Calculators||Mechanical Design, Manufacturing and Engineering Calculators||Collection of online calculators for sectional properties of selected shapes, financial calculations, triangle and trigonometry calculations, tolerance analysis, motion control design, pressure vessel design, beam deflection and stresses and much more.||http://www.engineersedge.com/Calulators_Online.shtml|
|MicroBEAM||MicroBEAM||Calculation of shear and force moment diagrams (including numerical output in tabular format) for simple and continuous beams. Design of reinforced concrete sections.||http://members.tripod.com/~suphot/|
|MicroStation||MicroStation||CAD application for all infrastructure design, construction and operations.||http://www.bentley.com|
|MicroStation Utility Program||MicroStation Utility Program||Automated bridge camber and elevation generation.||http://best.umd.edu/software/microstation-utility/index.html|
|Microsoft Dynamics||Microsoft Dynamics||Software systems designed to help construction organizations manage complex business processes without the burden of a large, expensive IT infrastructure. Can assist to integrate business operations; manage projects more effectively; automate office operations; streamline internal communications; improve customer relations.||http://www.microsoft.com/dynamics/industry/construction.mspx|
|Midas/Civil||Midas/Civil||Integrated Solution System for Civil Structural Engineering. Features: unlimited number of nodes, elements and load combinations; construction sequence analysis; time dependent material properties to simulate creep and shrinkage; suspension and cable-stayed bridge analyses; moving load analysis; geometric non-linear analysis; heat of hydratation analysis.||http://www.midasuser.com/|
|MultiRebar||MultiRebar||Fully integrated rebar detailing and scheduling for AutoCad.||http://www.multisuite.com|
|MultiSteel||MultiSteel||Structural steel design software for AutoCAD in 2D and 3D steel. Wide range of automated features. Full design links. Specialized modules for platforms, stairs, rigs and offshore.||http://www.multisuite.com|
|NAG Numerical Algorithm Libraries||NAG Numerical Algorithm Libraries||Suite of C, C++, Fortran and other libraries for numerical analysis.||http://www.nag.com/|
|NEiFusion||NEiFusion||NEi Fusion combines an FEA Modeler, comprehensive pre and post processing capabilities, and Nastran solvers to create an analysis package for small and medium size companies, consultants, and any engineer who needs affordable, professional level simulation for product development, virtual testing, design validation, and quality assurance. Parts and assemblies can be analyzed for a wide spectrum of static and dynamic structural and thermal loading.
The NEi Fusion Modeler is built on an industry proven, Windows based, fully associative, parameterized, feature based, solid modeling engine that provides a full set of advanced and powerful tools for fast, easy, intuitive, and robust model creation. A wide range of CAD data import capabilities complements the 3D modeling tools to help you build your models quickly when existing CAD files are available. NEi Fusion employs the same industry regarded NEi Nastran Solvers found in all of our analysis products. That means you can expect solutions that are accurate, precise, and reliable. Nastran assures that you achieve the best possible real world representation along with extremely fast turn around time on solutions.NEi Fusion post processing not only provides a wide variety images, graphs and data by which to view your simulation results but also is equipped with wide file sharing and import/export capabilities so you can easily share your FEA models and results with vendors, design partners, suppliers, customers, and other segments of your organization. An important consideration in today's highly collaborative work environment.
|NEiNastran||NEiNastran||Powerful, general purpose finite element analysis tool with an integrated graphical user interface and model Editor which is used to analyze linear and nonlinear stress, dynamics, and heat transfer characteristics of structures and mechanical components.||http://www.nenastran.com/|
|NEiWorks||NEiWorks||NEiWorks provides SolidWorks users an embedded Nastran finite element analysis and simualation tool. NEiWorks has SolidWorks' Gold Product status and features the familiar SolidWorks look and feel for all menus and functions, providing seamless integration between design and analysis. NEiWorks features true geometry associativity, which means your loads, boundary conditions and even meshes are updated interactively whenever changes are made in SolidWorks. NEiWorks is equipped with NEi Nastran solvers so SolidWorks users can now use one of the most widely used and accurate FEA solutions and communicate their FEA data to the Nastran community using most standard pre- and post-processors through support of the Nastran file format.||http://www.NENastran.com|
|Newforma Project Center||Newforma Project Center||Newforma is software developed specifically for the architects, engineers and constructors of the AEC industry to assist them with: (1) Organizing and finding project information; (2) Communicating and sharing information with team members, whether they're inside or outside your organization; (3) Enhancing and re-using project information used in daily work processes such as email management, transmittals and submittals.||http://www.newforma.com|
|OOFEM||OOFEM||Finite element code with object oriented architecture that operates on various platforms. Efficient and robust tool for FEM computations as well as to provide modular and extensible environment for future development. OOFEM is released under GNU General Public License (GPL).||http://www.oofem.org|
|Oasys Geotechnical Software Suite||Oasys Geotechnical Software Suite||(1) Alp - Laterally loaded pile analysis. (2) Frew, Stawal, Greta - Retaining Walls. (3) Slope, Vdisp, Tunset - Soil Movement Software. (4) Safe - Soil Structure Interaction.||http://www.oasys-software.com/|
|Oasys Structural Software Suite||Oasys Structural Software Suite||(1) GSA - Frame and finite element analysis. Steel member and reinforced concrete design. (2) ADC - Analysis and design of reinforced concrete elements. (3) AdSec - Analysis of general concrete sections for serviceability and ultimate limit states. (4) Compos - Analysis and design of simply-supported composite concrete and steel beams.||http://www.oasys-software.com/|
|Objexx-SISAME-3D||Objexx-SISAME-3D||Objexx-SISAME-3D is a novel round-trip structural impact modeling system that performs optimal model extraction as well as simulation of impact or linear domain events. Models can be extracted from experimental data and finite element simulations. Objexx-SISAME-3D can be used to tune FE-based models to match experimental data. Models can be extracted from multiple events. Ray-traced animations can be generated as well as a range of quantitative outputs.||http://objexx.com/|
|OpenFOAM||OpenFOAM||The OpenFOAM (Open Field Operation and Manipulation) CFD Toolbox can simulate anything from complex fluid flows involving chemical reactions, turbulence and heat transfer, to solid dynamics, electromagnetics and the pricing of financial options. OpenFOAM is produced by OpenCFD Ltd and is freely available and open source, licensed under the GNU General Public Licence.
The core technology of OpenFOAM is a flexible set of efficient C++ modules. These are used to build a wealth of: solvers, to simulate specific problems in engineering mechanics; utilities, to perform pre- and post-processing tasks ranging from simple data manipulations to visualisation and mesh processing; libraries, to create toolboxes that are accessible to the solvers/utilities, such as libraries of physical models.
OpenFOAM is supplied with numerous pre-configured solvers, utilities and libraries and so can be used like any typical simulation package. However, it is open, not only in terms of source code, but also in its structure and hierarchical design, so that its solvers, utilities and libraries are fully extensible.OpenFOAM uses finite volume numerics to solve systems of partial differential equations ascribed on any 3D unstructured mesh of polyhedral cells. The fluid flow solvers are developed within a robust, implicit, pressure-velocity, iterative solution framework, although alternative techniques are applied to other continuum mechanics solvers. Domain decomposition parallelism is fundamental to the design of OpenFOAM and integrated at a low level so that solvers can generally be developed without the need for any 'parallel-specific' coding.
|OpenSees||OpenSees||OpenSees is an open source software framework for structural and geotechnical applications in both sequential and parallel environments. It has been developed in the research community as a means of sharing research ideas and developments via a common software platform. It has elements and materials for structural beam-column analysis and continuum analysis, geotechnical contiuum analysis and soil-structure interaction. It provides many options for solution algorithms, integration schemes, and equation solvers.
A number of applications are provided for sequential and parallel usage.It is primarily written in C++, though it makes usee of many legacy ruoutines written in c and fortran. Element and materials API's allow new elements and materials to be written in C or fortran, which can be dynamically linked to run with the existing interpreters.
|Opis||Opis||Bridge design software||http://www.aashtoware.org/?siteid=28|
|Organice||Organice||Organice is a software suite for engineering document management and document control. Organice is fully based on Microsoft SharePoint, leveraging existing technology on Windows Server 2003 and 2008. Organice helps project driven engineering organizations to manage and share their project documentation and to control their document distribution and tracking.
Organice Explorer provides all the fundamental document management functionality. The user interface has an MS Outlook look and feel, making it easy to use for everyone. It integrates with Microsoft Office, Microsoft Outlook and various CAD applications, including AutoCAD, BricsCad, Revit and MicroStation. Through an integrated viewer, users can open, view and redline all documents, even if they do not have access to the native application.
With Organice Scan incoming correspondence and other hardcopy documents can be scanned and stored into the SharePoint document environment. Organice Scan can be used in combination with any scanning device, including small format and wide format scanners, standalone scanners and multifunctional devices.
Organice Transmit distributes multiple documents efficiently to multiple recipients at once and offers management information to document controllers who need to keep track of transmittals. A distribution matrix specifies exactly which recipient needs to receive which documents, and how many, and a distribution tracking list in SharePoint keeps track of who received what and when.Organice Publish can publish documents that are stored in SharePoint. Documents can be published in their native format or in PDF, so that they can easily be opened, viewed and annotated by others without the native application.
|Orion||Orion||Analysis, design and drafting of reinforced concrete structures.||http://www.cscworld.com/|
|P-Frame||P-Frame||General 2D structural analysis software.||http://www.cscworld.com/|
|PENNDOT LRFD and Engineering Programs||PENNDOT LRFD and Engineering Programs||Suite of command line programs for bridge design and analysis, with text input and output files. Includes: (1) ENGASST - Engineering Assistant; ABLRFD - LRFD Abutment and Retaining Wall Analysis and Design; BPLRFD - LRFD Bearing Pad Design and Analysis; BXLRFD - LRFD Box Culvert Design and Rating; FBLRFD - LRFD Floorbeam Analysis and Rating; PAPIER - Pennsylvania Pier Analysis; PSLRFD - LRFD Prestressed Concrete Girder Design and Rating; SPLRFD - LRFD Steel Girder Splice Design and Analysis; STLRFD - LRFD Steel Girder Design and Rating; ABUT5 -Abutment and Retaining Wall; ARCH - Arch Analysis and Design; BAR7 - Bridge Analysis and Rating; BOX5 - Box Culvert Design and Rating; BRGEO - Bridge Geometry; BSP - Beam Section Properties; CAMBR - Field Check of Camber; CBA - Continuous Beam Analysis; CLLMR - Comparison of Live Load Moments and Reactions; GRPRO - Grade Profile; HGEO - Horizontal Geometry; PS3 - Prestressed Concrete Girder; SIGN - Sign Structure Analysis.||http://penndot.engrprograms.com|
|PEYSANJ||PEYSANJ||Geotechnical software for calculation of (1) allowable bearing capacity of shallow foundations; (2) pressuremeter test analysis; (3) plate loading test; (4) soil liquefaction analysis; (5) lateral earth coefficient; (6) stress distribution below foundation; (7) stress distribution behind retaining wall||http://www.peysanj.com|
|PGSplice||PGSplice||Spliced precast-prestressed concrete girder analysis software.||http://www.wsdot.wa.gov/eesc/bridge/software/|
|PGSuper||PGSuper||Precast-Prestressed Girder design and analysis software.||http://www.wsdot.wa.gov/eesc/bridge/software/|
|PILEGP||PILEGP||Static analysis of three-dimensional pile group.||http://best.umd.edu/software/pilegp/index.html|
|PLATE||PLATE||Finite element program for plate structures with special features for bridge engineering.||http://www.tdv.at/|
|POR 2000||POR 2000||Software for the non-linear analysis of masonry structures subject to seismic and non-seismic actions, according to italian design code DM 14/09/2005 "Testo Unitario per la Normativa Tecnica sulle Costruzioni". It allows the controls foreseen by the regulations in force for the evaluation of static safety and for the definition of strengthening work.||http://www.newsoft-eng.com/|
|PROBILAS||PROBILAS||PROBILAS (PRObabilistic Building Inspection and Life ASsessment) is a reliability-based program for structural health monitoring and assessment. Developed by Prof. D. Hosser of Technical University Braunschweig, Germany.||http://atlas-conferences.com/c/a/n/b/72.htm|
|PSBeam||PSBeam||Design of precast, prestressed concrete bridge girdes.||http://www.lrfd.com|
|PT CAD Tool||PT CAD Tool||Detailing, Post Tensioning, Automatic Tag Generation, Cutlist in CAD & MS Excel, Metric, Soft-Metric & Imperial Unit.||http://www.sjkconsultancy.com|
|Passive House Planning (Design) Package (PHPP)||Passive House Planning (Design) Package (PHPP)||The Passive House Planning (Design) Package(PHPP) includes energy calculations (including R and U-values), design of window specifications, design of the indoor air quality ventilation system, sizing of the heating load, sizing of the cooling load, forecasting for summer comfort,sizing of the heating and domestic hot water (DHW) systems, calculations of auxiliary electricity, primary energy requirements of such (circulation pumps, etc.), as well as projection of CO2 emissions.||http://www.passivhaustagung.de/Passive_House_E/PHPP.html|
|Passive House Planning (Design) Package PHPP||Passive House Planning (Design) Package PHPP||http://www.passivhaustagung.de/Passive_House_E/PHPP.html|
|PcaColumn||pcaColumn||Design and investigation of reinforced concrete column sections. The column section can be rectangular, round or irregular shaped with any reinforcement layout or pattern, and slenderness effects can be considered.||http://www.pcastructurepoint.com/|
|Pile Cap Analysis and Design||Pile Cap Analysis and Design||Software for the design and analysis of new and/or out-of-tolerance pile groups and caps.||http://www.structuraltools.com|
|Pile Group Analysis||Pile Group Analysis||Spreadsheet to calculate pile forces for piles in regular and irregular pile groups. Can accommodate load eccentricity relative to the pile group center of gravity and multiple loading cases in a single screen.||http://www.designspreadsheets.com/pile-group|
|Piles (Fine)||Piles (Fine)||This finite element method program provides calculation of the vertical and horizontal bearing capacity of single piles. Piles program is a part of a geotechnical software suite GEO5. This easy to understand and use system comprises individual modules with uniform user environment and mutual communication.||http://www.finesoftware.eu/geotechnical-software/piles/|
|Plate (by Fine)||Plate (by Fine)||Analysis of foundation and roof plates using finite element method. Analysis of plates of arbitrary shape supported on elastic subsoil.||http://www.finesoftware.eu/geotechnical-software/plate/|
|Plate Girder Splice Design Spreadsheet||Plate Girder Splice Design Spreadsheet||Spreadsheet for design of bolted splice for steel plate girders according to AASHTO LRFD, 3rd Edition (2004). English units.||http://www.designspreadsheets.com/plate-girder-splice|
|Plate I-Girder Spreadsheet||Plate I-Girder Section||Calculates noncomposite and composite (for modular ratios n and 3n) section properties for steel I-girders with concrete deck. Calculates cumulative stresses at critical locations for loads applied to noncomposite and composite sections. Detailed calculations for determination of flexural and shear capacity according to AASHTO LRFD, 3rd Edition, 2004. Calculates plastic and yield moments. English units.||http://www.designspreadsheets.com/plate-girder-section|
|Plaxis||Plaxis||Plaxis is a family of the following products targeted towards solving geoengineering problems:
Plaxis 2D: Finite element package intended for the two dimensional analysis of deformation and stability in geotechnical engineering. Incorporates advanced constitutive models for the simulation of the nonlinear, time dependent and anisotropic behaviour of soils and/or rock. Also incorporates special procedures required to deal with hydrostatic and non hydrostatic pore pressures in the soil. Plaxis enables to model interaction between structures and the soil.
Plaxis Dynamics: Add on for Plaxis that enables to analyze soils and structures subjected to dynamic loads, such as earthquake.
PlaxFlow (2D Transient Ground Water Flow): Finite element package intended for the two-dimensional and steady-state analyses of saturated and unsaturated groundwater flow problems in geotechnical engineering and hydrology.
Plaxis 3D Tunnel: Enables to perform three-dimensional analysis of deformation and stability in tunnel projects.Plaxis 3D Foundations: Finite element package for three-dimensional deformation analysis of foundation structures.
|Polysun||Polysun||Polysun is a simulation program for the design of solar systems.||http://www.solarenergy.ch|
|Pontis||Pontis||Bridge management system.||http://www.aashtoware.org/?siteid=28|
|Primavera||Primavera||Comprehensive software for project management.||http://www.primavera.com|
|Pro/Bridge Geometry||Pro/Bridge Geometry||Pro/Bridge-Geometry is a versatile bridge modeling system that enables engineers to use the basic geometric parameters of road surface and bridge components to capture the complete 3-D geometry of a simple or very complex bridge site.
The system provides solutions to complex geometric problems that are difficult to do by hand, time consuming and tedious in nature. Such problems are often prone to errors that could lead to serious cost overrun and legal liability issues. It removes the geometric limitations in the design process and allows exploring better solutions to complex bridges.
Starting from the digital terrain data, basic alignment and road data, the user can dynamically manipulate the basic parameters that control the layout and proportioning of bridge elements. The effect of any parameter change is propagated into the complete 3-D model and instantly updates screen views as well as all tabular and graphic reports. The system accounts for the variety of bridge types and component shapes.
The system generates tabular reports such as screed elevation table and graphic reports as well as drawings such as abutment, piers, footing layout, girder layout, etc. Output can be viewed, printed and/or exported to packages such as AutoCad or Excel to finalize the generation of contract documents.The system is not a bridge analysis or design program nor is it intended as a replacement of CAD packages such as AutoCAD.
|ProBID+ 2009||ProBID+ 2009||ProBID+ is project planning and project management software solution. It helps the user wit any type of infrastructure project planning like highways, bridges, buildings, dams, canals, tunnels. This software helps in cost estimation, budgeting of the project, detailed rate analysis, resource management, integration to MS Project, prepares detailed project reports, synchronizes back to ProBID+ and further provides reports of cash flow analysis, risk analysis, machinery mobilization report etc.||http://www.aeclogic.com|
|Programs for HP Calculator||Programs for HP Calculator||Collection of several hunderds civil engineering programs for HP calculator.||http://www.hpcalc.org/hp48/science/civil/|
|ProjectWise||ProjectWise||ProjectWise is a scalable collaboration system used by teams to manage, find, and share CAD and geospatial content, project data, and Office documents.||http://www.bentley.com/en-US/Products/ProjectWise/|
|QConBridge||QConBridge||Live load analysis program for continuous bridge frames.||http://www.wsdot.wa.gov/eesc/bridge/software/|
|QUIKBEAM||QUIKBEAM||Tool for design of steel beams and composite construction.||http://www.gtscad.com/quikbeam.htm|
|QUIKFRAME||QUIKFRAME||Structural analysis tool for analysis of 2D frames.||http://www.gtscad.com/qfw.htm|
|QUIKJOINT||QUIKJOINT||Comprehensive program for design of steel connections.||http://www.gtscad.com/qjw.htm|
|QUIKPORT||QUIKPORT||Program for analysis of portal frames. Includes elastic, elastic-plastic and rigorous minimum weight plastic design - all in the one program. It also has advanced 2nd order and stability methods.||http://www.gtscad.com/qpw.htm|
|QuickConcreteWall||QuickConcreteWall||Design and checks of reinforced concrete shear walls.||http://www.iesweb.com/products/quickconcretewall/index.htm|
|QuickEC3||quickEC3||Training tool for EN 1993-1-1 (EC3), quikEC3 is useful electronic blue book which can calculate properties, section classifications and structural capacities for a wide range of section shapes, using EC3 terminology. A database of all major worldwide steel sections is included but custom tables are easily built for non-standard sections. In addition, the program calculates the following: section classifications for axial, y bending, z bending (for non-symmetrical sections, classification is carried out for either top, bottom, left or right of section in compression depending upon section orientation). Calculation of effective section properties for class4 (slender) sections including any shift in neutral axis. Section capacity checks: axial tension, axial compression, moment, low shear, high shear, moment and shear, moment with axial, moment axial and shear for both Y and Z axis bending. Class 1, 2, 3 and 4 (slender) sections are covered. Combined axial, X moment and Y moment capacity checks.||http://www.gtscad.com|
|QuickMasonry||QuickMasonry||Design and checking of a variety of masonry components used in buildings.||http://www.iesweb.com/products/quickmasonry/index.htm|
|QuickRFooting||QuickRFooting||Concrete spread footing design and checks.||http://www.iesweb.com/products/quickrfooting/index.htm|
|QuickRWall||QuickRWall||Design of concrete or masonry retaining walls.||http://www.iesweb.com/products/quickrwall/index.htm|
|RC-PADD||RC-PADD||RC-PADD stands for "Reinforced Concrete - Post-Analysis Designer and Detailer". It is a special-purpose program for the structural design of reinforced concrete building structures and the subsequent detailing. The post-analysis nature of the program gives it more power over conventional "integrated" programs that carry out altogether the structural analysis and the structural design. Once the structure is analyzed using a reliable structural analysis program, the model and the results are imported to RC-PADD, where the structural design and detailing are carried out.||http://www.quakeframe.com|
|RCAD Formwork Drawings||RCAD Formwork Drawings||Program for 3D modeling of an reinforced concrete building and generating member drawings. Formwork drawings may present selected elements, their groups, projections of stories and vertical cross-sections of the building. Drawings generated by the program may be automatically exported to the RCAD Reinforcement program, thus being the base for preparing drawings of structure reinforcement. An advantage of the program is its intuitiveness. Automatic generation of building cross-sections, automatic positioning and dimensioning of structural elements, handy databases of elements and materials - all these result in a considerable reduction of time for creating documentation with the use of the RCAD Formwork Drawings program.||http://www.robobat.com|
|RCAD Reinforcement||RCAD Reinforcement||RCAD is a new leading edge solution for the modeling and drafting of steel and concrete structures. RCAD can be used in a variety of situations and, built upon the philosophy of integrated solutions, allows the user to benefit from a truly seamless integration of drafting, analysis and design. RCAD software is a solution completely integrated with Autodesk products and may be used with both AutoCAD and Architectural Desktop. As with all RCAD products, the complete range of AutoCAD/ADT commands are available at any time. RCAD Reinforcement is a solution that allows the fast and effective definition of reinforced concrete structures inside AutoCAD. The software has many "templates" that comply with the detailing practices of different countries around the world, to ensure that local detailing methods can be used and the appropriate bar schedules produced automatically. Several macros exist for the fast and efficient detailing and scheduling of "standard" structures, such as pad footings, staircases, beams and columns. As with RCAD Steel, the software benefits from complete integration with the world renowned analysis and design software ROBOT Millennium - thereby producing automatic drawings of reinforced concrete members that have previously defined in ROBOT Millennium.||http://www.robobat.com|
|RCAD Steel||RCAD Steel||RCAD is a new leading edge solution for the modeling and drafting of steel and concrete structures. RCAD can be used in a variety of situations and, built upon the philosophy of integrated solutions, allows the user to benefit from a truly seamless integration of drafting, analysis and design. RCAD software is a solution completely integrated with Autodesk products and may be used with both AutoCAD and Architectural Desktop. As with all RCAD products, the complete range of AutoCAD/ADT commands are available at any time.
RCAD Steel allows users to easily define steel structures inside AutoCAD/ADT. The software has a full library of steel sections from around the world and also has various "macros" built in as standard to facilitate the simple generations of standard details, such as connections, staircases and handrails. Facilities also exist to produce simple general arrangement details or even more detailed shop drawings. However, arguably the strongest part of the solution is the ability of RCAD Steel to integrate with ROBOT Millennium analysis and design software, thereby providing a single solution for drawing, analysis, design and final detailing. A typical practical example of this could be that the draftsman would set up a drawing in RCAD Steel, the engineer would then work on the integrated ROBOT file and maybe make some changes to the section sizes used and then the draftsman would benefit from a "seamless" update of the drawing file that could then be taken further to produce final drawings.The benefits, both in terms of time saved and also accuracy, are obvious.
|RING||RING||Masonry arch bridge analysis software.||http://www.shef.ac.uk/ring/index.html|
|RM2006||RM2006||4D static and dynamic design and analysis of concrete, steel and composite structure. Can be used to investigate any bridge type and erection sequence. Incoporates 14 international design codes.||http://www.tdv.at/|
|RMCalc||RMCalc||Calculation of restraint moments in precast prestressed concrete girder bridges constructed with continuous spans.||http://www.wsdot.wa.gov/eesc/bridge/software/|
|ROAD||ROAD||System for design of road and railway construction projects.||http://www.tdv.at/|
|ROBO(r)CONTROL||ROBO(r)CONTROL||ROBO(r)CONTROL is fully automated robust bridge monitoring system.
It enables to measure loads, movements and other parameters at bridge bearings, expansion joints and shock absorbers, but the system can also be used to measure and calculate characteristic bridge parameters such as natural frequency.ROBO(r)CONTROL measures parameters at predetermined intervals and transmits data by means of a GSM module to a central computer system. There, the data is processed and authorised users can access it on a secure web page.
|ROBOT Office Navigator||ROBOT Office Navigator||A tool for (1) management of project documentation created in different programs; (2) integration of documentation and different programs used in design; (3) management and creation of user's own knowledge database linked with information available in the Internet.||http://www.robobat.com|
|RWALL||RWALL||Retaining wall design program.||http://best.umd.edu/software/rwall/index.html|
|RcSections||RcSections||RcSections is a 32-bit Windows program designed specifically for structural engineers to perform axial-flexural analysis and design of concrete sections (beams, columns or walls) according to ACI 318-05/02 and ACI 318-99. It analyzes the uniaxial- or biaxial-bending capacity of multiple sections of various regular shapes (rectangular, round, Tee, I, L) and generic shapes (with openings) simultaneously in a fast and user-friendly manner. Multiple load sets may be input and checked against capacities of the sections. It features tabulated strain-P-M at every user defined neutral axis step, 2D P-Mx and P-My interaction diagrams, and even 3D P-Mx-My interaction surface built upon OpenGL(R)!||http://www.cg-inc.com|
|Real3D-Analysis||Real3D-Analysis||Real3D-Analysis a powerful frame-finite element analysis and design program built from ground up, with latest technologies from the fields of finite element analysis, numerical computation and computer graphics. It brings accuracy, reliability, and ease of use to average structural engineers to perform static analysis, dynamic analysis and concrete design of general truss, frame, plate and shell structures. It features unique 128-bit floating point solver, multiple document interface spreadsheet input and output as well as compelling graphics built upon industry standard OpenGL(R).||http://www.cg-inc.com|
|Rebar Development and Splice Length||Rebar Development and Splice Length||Calculate required development and splice lengths for tension, hooked and compression splices according to ACI 318.||http://www.structuraltools.com|
|Regression Analysis||Regression Analysis||Curve fitting application based on regression analysis.||http://www.cadreanalytic.com/products.htm|
|Rescol||Rescol||Calculates foundation spring constants, period of stratified soil, and design seismic spectra.||http://www.cadreanalytic.com/products.htm|
|RetWall||RetWall||Versatile program for the design and analysis of cantilever or gravity retaining walls with a geotechnical engineering flavor. In addition to the conventional stability checks and structural design, the program provides an estimate of the settlement and rotation of the base, calculates the bearing capacity of the soil based on user-supplied soil parameters, taking into consideration the effects of the wall shape and applied loads. Accounts for the presence of water and easily evaluates seismic conditions. Prepared in accordance with Eurocode and ACI codes.||http://www.tsoftonline.com|
|Retain Pro||Retain Pro||Analysis and design of retaining wall with nearly any configuration or loading condition. Design of restrained (basement and tieback) walls.||http://www.retainpro.com/|
|RetainWall||RetainWall||RetainWall is a software mainly developed for the purpose of designing a concrete or masonry retaining wall. The wall may retain soil or other granular material. It analyses the stability of the wall based on the loads and resistances, and results in bearing pressure, sliding, overturning and rotational stabilities. Loads applied on the wall may consist of self weight, soil pressure, water pressure, live and seismic loads. Resistances may consist of base friction and cohesion, passive earth pressure, other structures or a shear key. Load and resistance factor design (LRFD) mode can be applied. If the wall is a reinforced concrete structure, the software also supports the reinforcement design.
- Load and resistance factors design (LRFD) capable - Ready to use load and resistance factors combinations from AASHTO 2007, ACI 318-08 and IBC 2006 - Load and resistance factors editor to modify or create new combination - Concrete reinforcement design from ACI 318-08 - Force diagrams (moment, shear and normal) for every combination - Loads, resistances and reactions diagram for every combination - Wall stabilities (bearing, sliding, overturning, rotation) for every combination - Possibilities to choose active or at rest soil pressures - Possibilities to choose elastic (rock) or plastic (soil) bearing pressures - Possibilities to input user's soil pressure coefficients - Reinforcement design for upper stem, lower stem, toe and heel - Unit systems, properties, load and resistance factors, reinforcement design method, and page setup from last editing become the default for new design - Possibilities to add other loads on wall - Provide stability resistances from a shear key, toe passive soil pressure, adjacent structure, anchors or piles - Enable or disable a shear key, water or seismic - Support metric, SI and British unit systems - Easy, clear, quick and simple software operation- Help facilities
|Retaining Wall Software||Retaining Wall Software||Digital Canal's Retaining Wall software designs and checks retaining wall systems, including the wall, footing toe and heel and a footing key if necessary. Retaining Wall can check the capacity of an existing wall (including as "built" bar sizes and spacing) or determine the required dimensions and steel requirements. Walls can be constructed of cast-in-place concrete or masonry and can be cantilevered or supported on the top and bottom (i.e. a basement wall).||http://www.digitalcanal.com|
|Revit||Autodesk Revit Structure Suite||AutoCAD Revit Structure Suite combines AutoCAD software with the Revit Structure building information modeling (BIM) application.||http://www.autodesk.com|
|Revit Structure (software)||Revit Structure||Revit Structure software integrates a multimaterial physical model with an independently editable analytical model for efficient analysis, design, and documentation. Create your own models or import architectural files from AutoCAD Architecture or Revit Architecture. Bidirectional linking to structural analysis software enables accurate model updates, while parametric change management technology coordinates those updates across your documents.||http://www.autodesk.com/revitstructure|
|Risa Software Suite||Risa Software Suite||Structural analysis and design software suite includes: (1) RISA-2D - Simple 2D Structural Engineering Software for Analysis & Design of continuous beams, 2D trusses, and 2D frames. (2) RISA-3D - 3D Structural Engineering Analysis & Design Software for general frame, truss, and plate/shell structures. (3) RISAMasonry - Masonry Design and Analysis. (4) RISATower - Tower Analysis and Design. (5) RISAFloor - Structural Engineering Software for Buildings. (6) RISAFoot - Biaxial Analysis and Design of spread footings to get bearing pressures and reinforcing steel. (7) RISABase - ccurate Biaxial Analysis & Design Software of steel base plates and anchor bolts. (8) RISASection - Design Software for shape calculations for any combination of standard or built-up shapes.||http://www.risatech.com/|
|RiverCAD||RiverCAD||RiverCAD is a sophisticated river modeling software than can be used for evaluation of bridge scour.
The software was developed in cooperation with several major engineering companies involved in FHWA and DOT bridge replacement contracts to completely automate the FHWA HEC 18 bridge scour calculations and analysis, design, and reporting necessary for bridge replacement and armoring projects. RiverCAD will analyze a bridge for scour and create a "ready-to-submit" FHWA-accepted bridge scour engineering report in just minutes. The scour report includes all input data, equations, variables, intermediate results, final analysis results, and analysis narrative - along with placing the computed scour results directly on the bridge within the AutoCAD drawing.
RiverCAD's bridge scour calculations and analysis can account for:
|Roark Formulas for Excel||Roark Formulas for Excel||Design and analysis of structural elements.||http://www.uts.com/|
|Robot Millenium||Robot Millenium||Single solution for the structural engineer incorporating frames, finite elements and design in mixed materials with advanced solution possibilities into an intuitive native Windows interface.||http://www.robobat.com|
|Rockgrout||Rockgrout||Suite of programs about cement grouting in rock foundations for dams and other heavy engineering structures.||http://www.users.tpg.com.au/houlsby1/|
|Roshaz (software)||Roshaz||Aimed at solution of complex solids with realistic and advanced boundary condition simulations using either the integrated solver or a choice of several other well known solvers which can be run seamlessly within the program environment. Export/Import capabilities to major FEA codes (Abaqus, FemDesigner, Lusas, Nastran and CalculiX).||http://www.roshaz.com/|
|RspBr2||RspBr2||Plane frame structural analysis program.||http://www.wsdot.wa.gov/eesc/bridge/software/|
|S-Frame||S-Frame||General 3D frame and finite elements structural analysis software.||http://www.cscworld.com|
|SABRE||SABRE||Sign bridge analysis and evaluation system.||http://best.umd.edu/software/sabre/index.html|
|SAFE||SAFE||Integrated design of flat slabs, foundation mats, and spread footings.||http://www.csiberkeley.com/|
|SAFI Software Suite||SAFI Software Suite||Structural Analysis Software Suite includes: (1) Steel Calculator (2) Concrete Calculator (3) SAFI 2D (4) SAFI 3D (5) SAFI Steel (6) SAFI Concrete (7) SAFI Bridge (8) SAFI Steel-Wood Bridge (9) SAFI Pretension (10) SAFI Tower (11) SAFI Tubular||http://www.safi.com/|
|SAM Integrated Bridge Design Software||SAM Integrated Bridge Design Software||Specialized bridge design software for medium span bridges that integrates code checking with analysis. Contains modules for section properties, differential temperature analysis of any section, design and assess of concrete sections, torsion and shear calculations for any section, and thermal cracking of concrete sections.||http://www.lrfdsoftware.com/|
|SAP2000||SAP2000||Integrated software for structural analysis and design.||http://www.csiberkeley.com/|
|SARA||SARA||Probabilistic-based assessment of engineering structures.||http://www.cervenka.cz|
|SDS/2 Detailing System||SDS/2 Detailing System||SDS/2 enables one to automatically design connections using a 3D model with a multitude of options for beams, columns, bracing and joists. Connections are designed based on parameters that you define for each job. Designate material, edge distance, cope criteria and other connection specifications, and SDS/2 will automatically generate connections that meet your requirements.||http://www.sds2.com|
|SEGAN||SEGAN||Legacy software from 1978 for the analysis of curved segmentally erected prestressed concrete box girder bridges, including time dependent effects, so that deflections and stresses can be computed at any stage during the construction or service life of the bridge. Source code in FORTRAN and related reports can be downloaded from the earthquake engineering online archive maintained by University of California Berkeley.
SEGAN: Analysis of Curved Segmentally Erected Prestressed Concrete Box Girder Bridges
Van Zyl, Stefanus F.
Department of Civil Engineering, University of California, Berkeley, 1978,This program permits the analysis of curved segmentally erected prestressed concrete box girder bridges, including time dependent effects, so that deflections and stresses can be computed at any stage during the construction or service life of the bridge. The segments can be either precast or cast in place. The bridge cross section must consist of a single box section with vertical or inclined webs and have cantilever flanges. Width and depth dimensions can vary along the bridge span. Time-dependent material changes, such as creep and shrinkage of concrete, as well as environmental effects such as humidity and temperature changes, are accounted for. However, other concrete material nonlinearities such as cracking or inelastic behavior and geometric nonlinearities are not included in the analysis. Prestressing in the longitudinal direction can be included in the analysis. Tendons can be located in either the webs or flanges and can have a linear or parabolic profile. Stressing and release operations, slip in of tendons, and restressing and removal of tendons are included. A procedure is included for specifying the structural configuration and the erection sequence. Operations used in segmental construction, such as addition of segments, prestressing, changing of support boundary conditions, application or removal of construction loads, and prescribed displacements can be analysed. At each construction stage, the current structure is analyzed and the incremental and total displacements, stresses, and strains are obtained. The complete structure can also be analyzed for a variety of live loads and time steps.
|SEL - Structural Engineering Library||SEL - Structural Engineering Library||Set of most common structural engineering calculations integrated into a single program with detailed online manual. Includes the following modules: (1) analysis - single span beam, beam on elastic foundation, torsional analysis of rigid diaphragms, section properties, pole footing, pile group load, multi-story seismic, multi-story wind, multi-story column; (2) timber beam & joist, multi-span timber beam, heavy timber beam, cantilevered beam systems timber column, wood ledger, shear wall & footing, plywood diaphragm, high-load diaphragm, bolt groups in timber; (3) steel - multi span beam, steel beam design, steel beam with torsion, steel column, composite beam, base plate, bolt group; (4) concrete - multi span beam, rectangular column, shear wall, square footing, combined footing, rectangular beam, circular column, tilt-up wall panel, general footing, rebar embedments; (5) masonry - masonry wall, column, shear piers, slender wall, pilaster, masonry lintel; (6) retaining wall - cantilevered, restrained basement.||http://www.enercalc.com/products/default.asp|
|SHLAG||SHLAG||Legacy software from 1990 to analyze shear lag in simple and continuous T, I, and Box Beams. Source code in FORTRAN and related reports can be downloaded from the earthquake engineering online archive maintained by University of California Berkeley.
SHLAG: Shear Lag Analysis of Simple and Continuous T, I, and Box Beams
Department of Civil Engineering, Southeast University, Nanjing, China, 1990,Stress distribution in wide beam flanges and the related problems of effective width or stress ratio have been studied experimentally and theoretically by harmonic analysis and by finite element analysis. Based upon some rational assumptions for the behavior of the web of the beam, a simplified shear lag analysis for the stresses in the flanges, which is convenient for a wide range of problems is implemented in SHLAG. The report discusses the convergence of the solution for peak stresses, and an improved technique is developed. Theoretically, due to the shear lag effect, the longitudinal distribution of the bending moment in a continuous beam with wide flanges is differenct from that for a prismatic beam analysed by elementary beam theory. A general procedure for determining the stress resultants in a continuous beam considering the shear lag effect is also presented. The program requires only a minimum amount of input data for the calculation of the stress distribution and the stress ratios in the flanges of these beams for a variety of loading cases.
|SLFFEA||SLFFEA||General finite element analysis software targeted towards mechanical engineering.||http://www.slffea.com|
|SLOPE||SLOPE||Computer program for analysing the stability of slopes. The program is also applicable to earth pressure and bearing capacity problems. Optional facilities are available for the analysis and design of reinforced soil.||http://www.geosolve.co.uk|
|SMART||SMART||SMART is a 100% web based management system for infrastructure assets. A unique prototype feature allows the user to define a hierarchy of structures and components, and to define data fields for inventory data.
Central facilities are the principal inspection module and the activity management including ranking of activities, follow-up on execution, and long-term budgeting. Integrated document management facilities.SMART mobile allows for managing activities on site using PDA with online connection to the database.
|SOFEA||SOFEA||Open source Matlab object oriented finite element toolkit. Includes solvers for linear transient thermal analysis and elastodynamics. The finite elements include linear and quadratic triangles, tetrahedra, quadrangles, hexahedra, and linear and quadratic segment elements.||http://hogwarts.ucsd.edu/~pkrysl/sofea|
|SOLAIO 2000||SOLAIO 2000||Analysis and design of floor slabs made of reinforced and prestressed concrete.||http://www.newsoft-eng.com/|
|SOLVIA||SOLVIA||Finite element system for linear and nonlinear analysis of displacements, stresses and temperatures under static or dynamic conditions||http://www.solvia.com/|
|SPECTR||SPECTR||Legacy software from 1972 that evaluates dynamic response spectra at various periods and presents the results as a log-log plot. Source code in FORTRAN and related reports can be downloaded from the earthquake engineering online archive maintained by University of California Berkeley.
SPECTR: Spectra Response Analysis
Donovan, Neville C.
Dames and Moore, San Francisco, California, Modified: T.F. Blake, Newbury Park, California [PC DOS version] 1990., 1972,The program evaluates dynamic response spectra at various periods and presents the results as a log-log plot. On the basis of a given time-acceleration record, the program numerically integrates the normal convolution time integral for various natural periods and desired damping ratios. Relative displacements, relative and pseudo-relative velocities, absolute and pseudo-absolute accelerations are computed for natural periods from .01 seconds to 100 seconds. The program provides tables of displacement, velocity, and acceleration values with three measures of spectral intensity. A printer plot of desired damping ratios of the pseudo-relative velocity vs. natural period is presented on a 2 inch by 2 inch log-log grid.
|SSDCP||SSDCP||AutoCAD-based product for making structural and miscellaneous steel fabrication drawings, plate-work details, anchor bolt plans, erection plans, e-sheet sections, and more. Drawings follow AISC standards. Detail beams, columns, bracing, stairs, handrails, frames, tilt-up panels, and full-size shop templates.||http://www.ssdcp.com|
|STAAD||STAAD||STAAD is structural engineering software for 3D model generation, analysis and multi-material design. Capabilities for static, dynamic, or pushover analysis of bridges, containment structures, embedded structures (tunnels and culverts), pipe racks, steel, concrete, aluminum or timber buildings, transmission towers, stadiums or any other simple or complex structure.
Contains the following modules:
STAAD.beava - Bridge Engineering Automated Vehicle Application
STAAD.beam - design of composite, noncomposite and partially composite steel beams
STAAD.foundation - design of isolated footings, combined footings, strip footings, pile caps and mat foundations.
STAAD.offshore - design of offshore structuresOpenSTAAD - library of functions that can be accessed via the COM (Component Object Model) interface
|STEELS Plus||STEELS Plus||Reference utility for the properties of structural steel shapes, both current and historical, used in the United States. Access section information as published in the American Institute of Steel Construction (AISC) database. Includes W, M, S, HP, C, MC, L, WT, MT, ST, HSS, 2L & PIPES shapes in both English and SI systems. Contains the geometric and mechanical properties for more than 3800 shapes (1900+ for each unit system). Enables to find sections based on specific criteria and browse for all sections, view equivalent sections between English/SI systems.||http://www.steelsplus.com|
|STLBRIDGE||STLBRIDGE||Continuous Steel Bridge Design||http://www.bridgesoftinc.com/|
|STRAP||STRAP||Structural, civil and bridge engineering software.||http://www.atirsoft.com/|
|Sarcophagus||Sarcophagus||Project extranet service that provides web based project collaboration and information management via a safe and centralised repository for all project information.||http://www.sarcophagus.co.uk|
|Scia Engineer||Scia Engineer||Scia Engineer analyses, designs and details any type of structure. From the simplest to the most complex construction in concrete, steel, aluminium, plastic, timber or mixed, with integration of the local and international codes and with a link between the analysis and drawing components.||http://www.scia-online.com|
|Scia Steel||Scia Steel||Scia Steel is modular software for the control of the manufacturing and execution process of steel construction. The core of the system is made of the parts list (abbreviation B.O.M. for "Bill of Materials") and of the geometrical data on this parts list. The parameter setting of Scia Steel guarantees that this data-processing solution is appropriate for each organisation. Moreover, the modular approach allows an optimal adaptation to any modification with regard to the structure of the company. Many steel constructors already changed to CAD and the use of CNC machines. Scia Steel is the logical link between CAD and CNC for all work preparation with respect to treatment and transfer of seized data to related systems.||http://www.scia-online.com|
|Section (software)||Section||Computation of cross-sectional parameters for arbitrary cross-sections: location of the center of gravity, length of the perimeter, moment of inertia and radii of gyration, section moduli, ellipse of inertia, torsion constant.||http://www.finesoftware.eu/structural-analyses/section/|
|Section Builder||Section Builder||Generation of steel, concrete and composite cross sections.||http://www.csiberkeley.com/|
|SectionCalc (software)||SectionCalc||SectionCalc enables to quickly calculate the following 14 sectional properties from graphical input: area, centroid location, perimeter, moments of inertia (Ixx and Iyy), product of inertia, polar moments of inertia, distance of neutral axis from extremes (Cx and Cy), radius of gyration (kx and ky), section modulii (Sx and Sy). Using DXF format, SectionCalc can also import cross sections created in many popular CAD applications.||http://www.sectioncalc.com|
|Sector (software)||Sector||Calculates cross-sectional properties of thin-wall steel cross-sections: location of the center of gravity, cross-section area, moments of inertia and radii of gyration, ellipse of inertia, torsion constant, location of the shear center, sectorial ordinates, static sectorial moment, sectorial moment of inertia.||http://www.finesoftware.eu/structural-analyses/sector/|
|Settle||Settle||Calculates the short term and consolidation settlement of shallow foundations, as well as the time required to attain a certain settlement percentage. Contains handy tools to estimate the required settlement parameters based on published research.||http://http//www.tsoftonline.com|
|ShapeBook||ShapeBook||ShapeBook with 2D3DSteel is a quick reference and AutoCAD parametric drafting application for structural steel design and detailing. ShapeBook is based on the AISC Manual of Steel Construction LRFD, 3rd Edition. Structural steel shapes are available in US imperial and metric units.||http://www.southforktech.com|
|ShapeBuilder||ShapeBuilder||Calculates geometric section properties.||http://www.iesweb.com/products/shapebuilder/index.htm|
|ShapeDesigner||ShapeDesigner||Software for generation of steel, concrete and composite cross sections and stresses analysis.||http://www.mechatools.com/|
|Sheeting Check (Fine)||Sheeting Check (Fine)||Program allows you to analyze sheeting structures (anchored, strutted and non-anchored structures) employing the method of dependent pressures - magnitudes of pressures acting upon a structure depend on structure deformation. The actual solution is provided by the FEM. Sheeting check is program is a part of a geotechnical software suite GEO5. It is easy to understand and use system comprises individual modules with uniform user environment and mutual communication.||http://www.finesoftware.eu/geotechnical-software/sheeting-check/|
|Sheeting Design (Fine)||Sheeting Design (Fine)||The program is used to design sheet pile structures. It provides required pile embedment lengths (for fixed and hinged heels) and anchor forces and internal forces on the construction. Sheeting design is program is a part of a geotechnical software suite GEO5. It is easy to understand and use system comprises individual modules with uniform user environment and mutual communication.||http://www.finesoftware.eu/geotechnical-software/sheeting-design/|
|Sigma-X Designer||Sigma-X Designer||Design of steel structures.||http://www.sigma-x.net/products.php?id=14|
|Sigma-X Post Tension Bridge||Sigma-X Post Tension Bridge||Software for analysis of a stage construction processes during the fabrication of a post tensioned bridge. Sigma-X Post Tension Bridge accounts for differential creep, differential shrinkage, losses due to anchorage, secondary moments, temporary and permanent (bonded, unbonded, internal or external) tendons for each segment over all stages of construction. Offers multiple cross section options directly from Sigma-X Section software which is fully integrated within it.||http://www.sigma-x.net/products.php?id=1|
|Sigma-X Post Tension Floor||Sigma-X Post Tension Floor||Sigma-X Post Tension Floor is based on equivalent frame method and enables to model any shaped slab, supporting walls and columns and any number of voids. Post tensioning tendons can be bonded or unbonded, banded or distributed. Slabs can be supported by internal and/or external columns, above or below the slab, or walls and can have holes/voids/drop caps. Sigma-X Post Tension Floor calculates losses due to creep, shrinkage of the concrete and relaxation, friction and wobble losses in the tendons.||http://www.sigma-x.net/products.php?id=6|
|Sigma-X Section||Sigma-X Section||Calculates geometric and material properties of standard, arbitrary and built Up sections. Features powerful drawing and editing tools including polar and orthogonal tracking, curves, shape integration, undo and redo, quick conversion between metric and imperial units and an active report writer. Data can be input graphically, from tables, from built-in library of standard sections, from AutoCAD or from digitized images (scanned photos or drawings). Calculates area, moment of inertia, elastic moduli, section centroid, torsion constant, principal properties and rotation of sections. Allows for voids, openings and embedded sections. Shapes and sections can be rotated through 360 degrees. Advanced edition of Sigma-X Section calculates equivalent material properties, properties of reinforced concrete in sagging and hogging, heutral axis position, compression only materials (concrete).||http://www.sigma-x.net/products.php?id=7|
|Skeleton||Skeleton||Analysis of plane frames.||http://www.technouk.com/|
|Slab Bridge Designer||Slab Bridge Designer||Design of cast-in-place steel reinforced concrete slabs according to AASHTO LFD and LRFD.||http://www.crsi.org/ecommerce/|
|Slabs by the Pieper-Martens method||Slabs by the Pieper-Martens method||Windows program for slab analysis by the Pieper-Martens method. Reinforced concrete design of slabs according to EC2. 4-way slabs, 3-way slabs, 2-way slabs and cantilever concrete slabs of orthogonal shape. Any ratio of slab sides, any system of continuous slabs. Capability of calculating loads for supporting beams (not mandatory). Paged printing of input data and results. Greek and English versions of the software. Brief manual, complete legend for symbols and notation, example.||http://www.santamas.org/~costas/Page2.html|
|Slope Stability (Fine)||Slope Stability (Fine)||The slope stability problem is solved in a two dimensional environment. The slip surface can be modeled in two different ways - the circular one (Bishop or Petterson method), or the polygonal one (Sarma method). Slope stability program is a part of a geotechnical software suite GEO5. It is easy to understand and use system comprises individual modules with uniform user environment and mutual communication.||http://www.finesoftware.eu/geotechnical-software/slope-stability/|
|Sofistik||Sofistik||FEA and CAD software for civil and structural engineering modeling, analysis, design, and detailing. SOFiSTiK is one of the most complete FE packages and covers almost all structural engineering disciplines: building, bridges, foundation, tunneling, membranes, lightweight, dynamics. Design code checks can be performed for 18 international codes.
FEA suite (SOFiSTiK) includes the following programs: Sofistik Structural Desktop - SSD (main user interface that helps the user control various modules), CADINP (text editor and script language to define parametric input), SOFIPLUS (standard pre-processor based on AutoCAD), ASE (3D finite element analysis), STAR (3D frame analysis), SlabDesigner PRO (analysis of slabs, walls, frames and grillages), TALPA (linear and nonlinear plain strain/stress analysis), HASE (soil-structure interaction), PFAHL (analysis of pile foundations), HYDRA (analysis of potential problems), PHYSICA (multiphysical code for computation fluid dynamics that can be used for dynamic wind analysis of bridges and buildings).CAD Suite (SOFiCAD) includes the following programs: SOFiCAD DETAILING (tools for construction and formwork planning), SOFICAD REINFORCEMENT (used to generate reinforcement drawings within AutoCAD), SOFiCAD BAMTEC (detailing of reinforcement mats), SOFiCAD ALIGNMENT (horizontal and vertical alignment of highway structures and bridges), SOFiCAD STEELWORK (steel detailing), SOFiCAD DATA-EXCHANGE.
|Soft Burn||Soft Burn||SoftBurn is a CNC Plate Burner Software that Scans virtually any Connection Material sheet or P sheet of plates detailed for fabrication. Soft Burn will scan (read) these drawings of plates, and create full scale DXF or DSTV files for the CNC plate burner. These DXF and DSTV files can then be read in by the CNC plate burning software completely eliminating the need to program the plates manually in the shop.
Input: Autocad Drawings - Soft Burn will read virtually any DWG or DXF file, typically created by Autocad or other software packages as input. The Connection Material drawing, or P sheet, can consist from one to any number of plates, but should just be connection material, not a full shop drawing of a Column or Beam. The plates on these drawings have to be drawn to some scale (example, 1 inch scale), and each plate can be drawn to a different scale if needed.
Output: DXF output Files - The DXF output file generated by SoftBurn will be the full scale drawing of the plate, with all inside corners radiused. The layer used for the plate outline is user defined, typically PLASMA or CUT. The holes will be drawn in layer PUNCH1, PUNCH2, or PUNCH3, as each of these layers define a hole or tool diameter, and are user defined. These DXF files will be easily read into the software used on your CNC plate burner.The DSTV output file generated by SoftBurn are the industry standard DSTV file, and includes all the properties required in the DSTV file including the plate grade, quantity, properties, etc. All inside corners will be radiused, and the plate profile and holes will be accurately reported as well. These DSTV files will be easily read into and software requiring DSTV files.
|Soft Steel||Soft Steel||Soft Steel is a three dimensional Structural Steel Detailing Software for any type of structural steel project.
Embedded built-in AutoCAD commands and extensive use of ARX Technology results in a powerful yet intuitive way to operate with a sophistication of results.This detailing software automatically produces structural steel fabrication drawings quickly, accurately and efficiently. Soft Steel has been designed with simplicity of operation in mind so that the user requires no special skills to run the system.
|Softscan||Softscan||SoftScan is a generic Bill of Material scanner designed to read data from various CAD systems (such as DWG or DXF) and to export them into many other output formats. Also creates a suite of reports based on the bill of material.
Exports: Steel2000, KISS Files, Structural Software, Microsoft Excel, EJE, Romac
Inputs: 3D Cad/SmartKad, DWG/DXF
Special Fields: Revisions, Sequences, Pay Code, FinishesReports: Bill of Material, Connection Material List, Connection Material Order List, Connection Material Reference, Main Material Cutting List, Main Material Nesting, Main Material Order List, Main Material Order List with Marks, Fiel Bolt Summary, Field Bolt Placement
|Software by NYacad, Inc.||Software by NYacad, Inc.||Collection of programs for AutoCad by NYacad includes: SolidStructural - 3D steel autodetailing system; ACAD Officer; SDS Macro VA; Hatch Fast; SDS-DXF convert; etc.||http://www.nyacad.com|
|SoilClass||SoilClass||SoilClass can assist the design engineer to determine estimates of the required soil design parameters (cohesion, friction angle, CBR, unit weight, ...), its suitability for various purposes (such as base course or foundation) and requirements for compaction. It also provides narrative description of the soil. SoilClass in not merely a soil classification (Unified System & AASHTO) software developed for a laboratory technician.||http://www.tsoftonline.com|
|Solibri Model Checker||Solibri Model Checker||Solibri Model Checker is a software tool that analyzes Building Information Models for integrity, quality, and physical security. Solibri Model Checker X-rays the building model and reveals potential flaws and weaknesses in the design, highlights the clashing components and checks that the model complies with the building codes and organization's own best practices.||http://www.solibri.com/|
|Solid Structural||Solid Structural||3D steel auto detailing, AutoCad-based software for structural steel and stairs. Steel framing and anchor bolt plans, elevations, shop drawings, and reports generated in auto regime.|
|SolidWorks||SolidWorks||3D mechanical design software.||http://www.solidworks.com/|
|SpaceClaim||SpaceClaim||SpaceClaim provides the world's first Natural 3D Design system that empowers any product development contributor to design their products faster than ever before. With SpaceClaim's intuitive 3D design system and streamlined interface, what you see is what you get.||http://www.spaceclaim.com|
|Spread Footing (Fine)||Spread Footing (Fine)||Program allows to design footings subjected to general loading. It computes bearing capacity, settlement and rotation of a footing and determine the required longitudinal and shear reinforcement.Spread footing program is a part of a geotechnical software suite GEO5. It is easy to understand and use system comprises individual modules with uniform user environment and mutual communication.||http://www.finesoftware.eu/geotechnical-software/spread-footing/|
|Spreadsheets by Antolin Martinez||Spreadsheets by Antolin Martinez||Excel spreadsheets for beam analysis, gravity dam analysis for hydrostatic and hydrodynamic loads, stresses in ducts, beam on elastic foundation, and frame analysis.||http://antolin.martinez.googlepages.com/calconline|
|Spreadsheets by Smith Canal Software Company||Spreadsheets by Smith Canal Software Company||Collection of Excel spreadsheets for structural analysis and design: (1) concrete column design, (2) wood member design, (3) concrete beam design, (4) unit conversion tool, and (5) equation solver.||http://structuralstuff.reachlocal.com/|
|Spreadsheets for Bridge Design||Spreadsheets for Bridge Design||Collection of 14 Excel spreadsheets for (1) loading and analysis; (2) concrete design; (3) steelwork design; (4) composite design; and (5) geometry calculations.||http://www.childs-ceng.demon.co.uk/proforms/proformas.html|
|Standard Steel Profiles||Standard Steel Profiles||Standard Steel Profile is a free online application designed to present you all the data you need on standard steel profiles: geometry, mechanical and physical properties and resistance, based on element length and support conditions.||http://www.afhtech.com/SteelProfile/SteelProfile.aspx|
|Steel (software)||Steel||Proportioning of steel cross-sections and members according to the EC3 standard. Evaluation of buckling, lateral buckling, weakening, and slenderness. Program can be run either independently or as a design module of static analysis program.||http://www.finesoftware.eu/structural-analyses/steel/|
|Steel Fire||Steel Fire||Calculates fire resistance, in minutes, of steel cross-sections and members according to the EC3 standard. Can evaluate unprotected components and components with fire protection, such coatings, spray coatings or protection tubs. Can be used independently or as a module of static analysis program.||http://www.finesoftware.eu/structural-analyses/steel-fire/|
|Steel Joints||Steel Joints||Determines capacity of steel joints for truss and frame structures fabricated from rolled or welded plate members. Determines rigidity of the connection and performs its classification (rigid joint, semi-rigid joint, or hinge).||http://www.finesoftware.eu/structural-analyses/steel-joints/|
|Steel Utilities Online||Steel Utilities Online||Library of user-submitted steel software maintained by Modern Steel Construction.||http://www.steelutilitiesonline.com|
|Steel for iPhone||Steel for iPhone and iPod Touch||Steel for iPhone & iPod Touch is an application for Civil and Structural Engineers, Architects and Drafters. It Provides access to the American Institute of Steel Construction 13.0 and 13.0H steel shapes database.
The application contains the steel shapes appearing in the following American Institute of Steel Construction (AISC) libraries: (1) Current Version 13 (in English and metric units); (2) LRFD 1st to 3rd Ed. (including LRFD 2nd Ed. SI - International Units); (3) ASD 6th to 9th Ed.; and HISTORIC.Steel for iPhone allows sorting of the sections within a library given a specific property. It also lets you find a section with a quick search function, where, for example, "W16 x 89", "W16x89" or simply "W1689" will locate the same section or its closest approximation.
|SteelCAD||SteelCAD||Automated steel detailing and fabrication software. Complies with AISC and CISC standards. Produces erection drawings and generates design calculations. Shop-ready drawings. Details most structural beams, columns, vertical and horizontal bracing, stairs, and ladders. Any member made from almost any structural shape.||http://www.steelcad.com|
|SteelPlus Detailing Bundle||SteelPlus Detailing Bundle||Suite of steel detailing and drafting applications that work with AutoCad. Includes structural shapes, bolts/nuts/washers, joists and girders, steel floor and roof deck, and welding symbols. Databases include AISC, MAISC, and CISC.||http://www.softdraft.com|
|Strand7||Strand7||Finite element analysis system for aeronautical, automotive, biomedical, civil, geotechnical, mechanical, naval architecture, structural and transportation disciplines.||http://www.strand7.com/|
|StruCalc for Windows||StruCalc for Windows||StruCalc is intuitive structural analysis and design program that enables to quickly size beams, columns, and footings.||http://www.strucalc.com|
|SureTrack||SureTrack||Compact program from project management.||http://www.primavera.com|
|TEDDS||TEDDS||Electronic "calculation pad" for repetitive structural engineering calculations. Available as TEDDS Engineering Library (standalone program) or as TEDDS for Word for integration into MS Word documents.||http://www.cscworld.com/|
|TRAP||TRAP||Truss rating and analysis program.||http://best.umd.edu/software/trap/index.html|
|TRNSYS||TRNSYS||TRNSYS (The Transient Energy System Simulation Tool) is a program to simulate the transient performance of thermal energy systems.||http://www.trnsys.com|
|Tango||Tango||Program for the analysis of bridges that takes into account the actual procedure of bridge construction. Tango can analyze the following types of bridges: (1) steel bridges; (2) concrete post-tensioned segmental bridges; (3) concrete composite bridges - precast girders with cast-in-place deck; (4) steel/concrete composite bridges; (5) cable-stayed bridges. Tango can analyze the following construction sequences: (1) cantilever construction - cast-in-place or precast; (2) incremental launching; (3) cable-stayed; (4) span-by-span erection; (5) precast girder and deck as composite. Developed by Dr. Man-Chung Tang, who pioneered in many sound and innovative techniques in the design and construction of bridges.||http://www.structuralwiki.org/en/Tango|
|Tekla Structures||Tekla Structures||Fully integrated 3D solution that enables creation and management of complete 3D building models regardless of material or structural complexity. The Tekla Structures solution covers the whole structural design process from conceptual design to detailing, and to construction. Tekla Structures now integrates XSteel, which was earlier an independent program for steel detailing.||http://www.tekla.com|
|TheStructuralEngineer.info Software Listing||TheStructuralEngineer.info Software Listing||The software directory includes programs, spreadsheets and web applications on analyses of beams, frames, plates, bridge, design of steel and concrete as well as other related fields.||http://www.thestructuralengineer.info/applications/index.html|
|Timber Design||Timber Design||Written in cooperation with The Engineered Wood Society (APA-EWS), this structural engineering software program analyzes, designs or checks continuous beams or columns with optional cantilevers, simple supports or fixed ends, and handles most any type of loading conditions as well. Load generation is as easy as simply typing in your zip code.||http://www.digitalcanal.com|
|Tk Solver||Tk Solver||Mathematical equation solver, programming and analysis environment.||http://www.uts.us.com/|
|Trix Organizer||Trix Organizer||Trix Organizer is a SQL Server based software for controlling and versioning drawings and documents. Files and all associated metadata are securely stored inside the SQL Server database. This ensures that files cannot be accidently duplicated or changed.||http://www.trixsystems.com|
|TrueViz Transport||TrueViz Transport||TrueViz(R) Transport is an integrated system of software and procedures that enhances interactive visualization for design analysis and public involvement. The software's code converts linear point-based data found in design output to a series of mathematically defined curves and surfaces. This innovative approach of point-to-curve conversion greatly reduces the amount of data required to convert design files to 3-D. Simply put, TrueViz(R) Transport makes it possible for designers to translate computer-aided design and drafting (CADD) drawings into 3-D visualizations in much less time and with more accuracy. As a result, HNTB is able to present its clients and their stakeholders with more realistic imagery of design alternatives and efficiently incorporate changes before work begins.|
|Truss 2000||Truss 2000||Software for the analysis of planar or spatial truss structures. Allows local elastic and instability testing of the single bar and the testing of the global stability of the whole structure, evaluating the loss of bearer capacity due to any geometrical or load imperfections.||http://www.newsoft-eng.com/|
|UTrAp||UTrAp||UTrAp is a software package developed for pour sequence analysis of curved, trapezoidal steel box girders. Single and dual girder systems with a constant radius of curvature can be analyzed with this program. The software consists of a Graphical User Interface (GUI) and an analysis module. The analysis module relies on the finite element method to compute the response of a three-dimensional bridge structure. Input data is supplied to the program through use of a GUI. The program can handle multiple analysis cases and has graphics capability to visualize the output. It also offers the capability of performing an eignevalue buckling analysis, and it allows for exporting results to Excel.||http://www.ce.utexas.edu/prof/williamson/utrap2.htm|
|VABS||VABS||Variational Asymptotical Beam Sectional Analysis (VABS) is a unique tool capable of realistic modeling of initially curved and twisted anisotropic beams with arbitrary sectional topology and materials. Relative to 3D analyses, two to three orders of magnitude in computing time can be saved using VABS, with little loss of accuracy. The advantages of VABS over other technologies have been clearly demonstrated by virtue of its generality, accuracy, and efficiency.||http://hifi-comp.com/VABS.aspx|
|VersaFrame||VersaFrame||Frame analysis and design program with integrated concrete beam, concrete column and plate design.||http://www.digitalcanal.com/|
|Virtis||Virtis||Bridge load rating program.||http://www.aashtoware.org/?siteid=28|
|Virtual Construction||Virtual Construction||Suite of technologies that employs 3D modeling to virtually construct the project. It identifies constructability issues during design and/or preconstruction. The 3D model is further utilized to extract accurate estimating quantities and to analyze alternative construction sequences. Finally, design (3D), schedule (4D) and cost (5D) are all interlinked, so a change to any of the three automatically updates the other two.||http://www.vicosoftware.com|
|VisionREZ||VisionREZ||VisionREZ is a software for Residential Building Information Modeling (BIM) that creates coordinated 3D models, construction documents, framing, graphic renderings, animations, and bill of materials. The platform includes roof object and is powered by Autodesk technology.||http://www.visionrez.com|
|VisualAnalysis||VisualAnalysis||Easy to use frame and finite-element tool.||http://www.iesweb.com/products/visualanalysis/index.htm|
|WALLAP||WALLAP||Comprehensive software for design of retaining walls.||http://www.geosolve.co.uk/wallap1.htm|
|WBLF (Washington Bridge Foundation Libraries)||WBLF (Washington Bridge Foundation Libraries)||Programmable software components that can be used in spreadsheets and MathCAD documents. Reusable C++ libraries for bridge engineering applications.||http://www.wsdot.wa.gov/eesc/bridge/software/|
|WinSTRUDL||WinSTRUDL||2D and 3D finite element analysis program with truss, beam and plate elements. Analysis types: static, P-Delta, dynamic (frequency, response spectra analysis, time history analysis), moving load. Concrete design according to ACI and steel design according to AISC. Consists of the following 10 components: (1) WMaster - management program for WinStrudl; (2) WinFrame - enables one to define model and load in graphic mode; (3) WinEd - Windows-based text editor integrated with WinPlot; (4) WSTRUDL - structural and analysis program capable of handling 2D and 3D Truss/Frame/Plate elements for both static and dynamic problems; (5) WinPost - post processor of WSTRUDL. Generates enveloped moment and shear diagrams and is integrated into ASD, LRFD, and ACI; (6) WinPlot - graphical utility program for WinStrudl; (7) WinBeam - continuous beam program; (8) ASD - AISC allowable steel design program. Capable of doing both code check and sizing; (9) LRFD - AISC LRFD steel design program. Capable of doing both code check and sizing; (10) ACI - ACI concrete design program. Includes concrete designs of beam, column, footing, and load-moment interaction diagrams.||http://www.civilstructure.com/|
|Wind Analysis||Wind Analysis||Structural engineering wind software designed to calculate design wind pressures using ASCE's "Minimum Design Loads for Buildings and Other Structures". Wind Analysis completely automates the ASCE calculations. Wind Analysis is available for ASCE 7-95, ASCE 7-98, ASCE 7-02 and ASCE 7-05. The program follows the ASCE code "to the letter" - each figure and table is coded into the program so closely that the ASCE publication can be used as an operator's manual for the program. This wind software program is easy to learn and quick to use because intelligent dialog boxes guide the user through the input process.||http://www.digitalcanal.com/structural/wind.htm|
|WoodWorks Sizer||WoodWorks Sizer||WoodWorks Sizer enables one to size beams, joists, columns and wall studs to meet the CSA O86-01 Standard (Candadian version) or 2005 National Design Specification (NDS) for Wood Construction (US Version).
It has the following features:
|Xcalcs||Xcalcs||Online engineering calculation sheets for beams, plates, vessels, etc.||http://www.xcalcs.com|
|YieldLine Analysis||YieldLine Analysis||YieldLine Analysis program is based on Yield Line Theory to analyse quadrilateral orthotropic slabs, supported on two, three or four sides.
It uses the equilibrium method to identify critical yield pattern and a work solution to calculate the collapse load and design moments in a slab. The program can substantially cut down the design time in identifying the critical yield pattern. The accuracy of the final solution can be refined depending on the fineness of the grid.
The program can be used to assess the effects of various assumed yield line patterns. It can also assist in understanding that virtual work method solution converges more rapidly than the equilibrium method.YieldLine Analysis is a fully integrated analysis tool. You can create, analyse and display data without leaving YieldLine Analysis environment.