FEAP: Difference between revisions
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{{Infobox | {{Software Infobox | ||
| tag = feap | |||
| page label = Overview | |||
| page order = 1}} | |||
Multi-Dimensional finite element code for structural, continuum, solid mechanics, heat transfer, and coupled field simulations. | 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. | 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. | ||
<software_database_software_databox tag="feap"/> | |||
== External Links == | == External Links == | ||
* [http://imechanica.org/node/470 FEAP vs. ABAQUS] Discussion at [http://www.imechanica.org imechanica.org] | * [http://imechanica.org/node/470 FEAP vs. ABAQUS] Discussion at [http://www.imechanica.org imechanica.org] | ||
[[Category:Software]] | |||
Latest revision as of 23:09, 12 September 2009
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.
| Software Databox | |
| Software Name: | FEAP |
| Description: | 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. |
| Category: | Finite Element Analysis, General Purpose |
| License Type: | Commercial; Educational |
| Price: | US Dollars 750 (Academic), US Dollars 1500 (Commercial) |
| Keywords: | FEA (finite element analysis) |
| Data formats: | ASCII |
| Design code: | |
| Languages: | English |
| URL: | http://www.ce.berkeley.edu/projects/feap/ |
| Creator: | Robert L. Taylor |
| Distributor: | |
| (This databox is based on FEAP entry at BridgeArt.net software database.) | |
External Links
- FEAP vs. ABAQUS Discussion at imechanica.org