Tags :Marc

::::::English Description:::::: MSC.MARC/AutoForge, providing the response values of the forge process. Mr. Okura, said, During this trial, an interface-software was developed that produces procedure files, enabling a series of FEA calculations to be made automatically by MSC.MARC/AutoForge according to the combination of design factor values. After running the series of FEA calculations, the resulting response values are uploaded to DesignDirector. Then the response surface equation is generated for each design factor automatically, which is used for the optimization, reanalysis, sensitive analysis and evaluation of dispersion. Product:MSC MARC AUTOFORGE 3.1 Lanaguage:english Platform:Winxp/Win7 Size:156MB

;MSC.Marc allows the user to perform a wide variety of structural, thermal, fluid and coupled analyses using the finite element method. These procedures provide solutions for simple to complex linear and nonlinear engineering problems. MSC.Marc includes a vast selection of element types, material models, analysis capabilities, automated contact procedures and adaptive meshing. Element Library Over 150 elements are available for structural, thermal and field analyses. These elements are modern, robust and accurate. Elements available in MSC.Marc can handle large displacements, large rotations and finite strains. MSC.Marc includes lower- and higher-order triangular, quadrilateral, tetrahedral and hexahedral elements with both conventional and reduced integration elements with hourglass control. Special element formulations are also available for modeling incompressible and nearly incompressible behavior.Product:MSC Marc...

Marc and Mentat combine to deliver a complete solution (pre-processing, solution, and post-processing) for implicit nonlinear FEA. Marc provides the easiest to use and most robust capabilities for contact, large strain, and multiphysics analysis available today to solve static and quasi-static nonlinear problems. Finite element analysis (FEA) has become a critical part of the product development process, but most FEA programs are limited to solving within the limits of linear material properties and displacements, small strains, and small rotations. Many software providers claim to have nonlinear capabilities, but few are able to consistently and reliably solve problems involving changing contact conditions between components and/or large strain (plasticity or elastomeric behavior, for example). When the going gets tough, even some of...