Abutment (related software)
- 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.
- 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.
- 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.
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