Provides algorithm information and source code.

Provide nonlinear finite element analysis (FEA) software for engineering structural analysis including analysis of contact problems as found in rubber and metal forming.

Three-dimensional structural analysis environment for calculations of solids, beams and shells using the Finite Element Method.

Finite Element simulations using symbolic computing. Presented are a set of Maple procedures and Fortran subroutines that can be used to build complete Fortran simulation codes for partial differential equations, with the entire problem definition done in Maple. Examples and Downloads available.

Resources for CAD/CAM/CAE/TOD developers/power users. Provides a 3D topology optimization software based on genetic algorithms.

An explicit Finite Element software using lagrangian or Arbitrary Lagrange Euler coordinate modes. The element and material libraries, together with highly efficient contact computations allow the modelization of virtually any mechanical engineering problem.

Publishes the SAMCEF general purpose finite element software, MECANO, a flexible mechanism simulation software and OOFELIE, an Object Oriented Finite Element program with an Interactive Executer. Company and software description with applications and references.

A finite element software for analysis of steady-state dynamic behavior of rotors in bending. The software is highly connected to the book : Rotordynamics Prediction in Engineering.

Information about a modular finite element code used as a testbed for advances in computational mechanics.

Develops and distributes SIMPLORER, the powerful mixed-mode, mixed-language system simulator. Features an easy-to-use UI and offers hassle free simulation with no convergency problems.