General or multi-disciplined finite element codes.
If a finite element code is specific to an engineering discipline (Aerospace Engineering, Chemical Engineering, etc.) it should be submitted under the appropriate category.- Category ID : 429394
A Windows-based finite element analysis system used to perform both linear and nonlinear structural and thermal analyses of design models and assemblies.
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.
Provide CAE simulation software for analysis of electrostatic, magnetostatic, eddy current, particle trajectory, thermal, high frequency, and mechanical application using the boundary element method(BEM).
Supplies PAFEC VibroAcoustics. This solves acoustic and vibration problems using the finite and boundary element methods. Applications include underwater acoustics, audio, medical ultrasonics and automotive.
Finite element analysis software capable of modeling both structural and dynamic properties simultaneously. Program description with references. Download.
Is a free opensource finite element solver suitable for field problems. It can use DXF files as input and will generate encapsulated postscript and screen output.
A low-cost f.e.m. package for PCs, providing Fortran source code for a range of 2D engineering applications, plus powerful pre- and post-processors. Screenshots and examples.
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.
Thermal analysis, fluid flow, and structural analysis software for applications like for piping and PCB design. Description of programs and purchase information.
An open source explicit finite time stepping element program suitable for simulation of dynamic events. Impact has several types of elements including shell elements and is easy to extend. Impact works well GID pre- and postprocessor and is programmed in Java.
A free finite element program for three-dimensional linear and nonlinear structural calculations. It includes (an)isotropic linear elastic, hyperelastic and viscoplastic material models for static, frequency, buckling and implicit/explicit dynamic calculations.
Developers of the HyperWorks family of products, including Hypermesh, HyperGraph, Radioss and OptiStruct. Also offers consulting. Corporate information, press releases, information about partner companies and software support.
Composite material analysis software providing stress analysis and preliminary structural design for weight reduction, system level trade studies, and part sizing including sizing stiffened panel cross-sectional dimensions, material selection, and optimum composite layup stacking.
A division of Dassault Systèmes that provides simulation solutions including the Abaqus, multiphysics solutions, and SIMULIA SLM. Includes products, news, events, and contact information.
The NX version of Nastran, a finite element analysis (FEA) tool that major manufacturers in multiple industries use. Information about the various modules contained within software.
A general finite element system for static and dynamic, linear and nonlinear stress and heat transfer analysis. Fluid-structure interaction can be considered. Pressure/temperature in oil film bearings analyzed, also with deformable surfaces.
General purpose FEA software with good composite material support as well as options for nonlinear analysis and moving loads such as vehicles on bridges.
General purpose FEA with integrated modeler, STEP/STL/DXF mesher and solver for static, dynamic, buckling, thermal and acoustic resonance. Includes solid, shell, beam, laminate elements.
A nonlinear finite element solver that is specifically designed for biomechanical applications. It offers modeling scenarios, constitutive models and boundary conditions that are relevant to many research areas in biomechanics.