GID - specialized finite element pre and post processor
From:
Tech Company Date:08-29 320 Belong to:pro software
GID is a general, convenient and friendly user graphical interface in the field of geometric model. It can provide data import and result visualization for numerical simulation calculation in various fields. GID can deal with problems in various fields, including solid and structural mechanics, hydrodynamics, electromagnetism, thermal radiation, geomechanics and so on. It can be applied to numerical simulation programs such as finite element method, finite volume method, boundary element method, finite difference method or meshless method.
At present, GID is widely used in universities, research centers, enterprises and institutions to develop and solve numerical simulation problems in different fields.
At present, GID is widely used in universities, research centers, enterprises and institutions to develop and solve numerical simulation problems in different fields.
Fully functional geometric modeling
Faces and bodies can be obtained by stretching, rotating, scene, scaling, offsetting, etc., and rectangles, polygons, circles, spheres, cylinders, cones, prisms, rings, etc. can be constructed directly; The model is obtained by decent Boolean addition, subtraction and intersection.
High performance automatic mesh generation
& nbsp;& nbsp;& nbsp; GID can quickly and automatically discretize the geometric model into line element, triangular element, quadrilateral element, tetrahedron element, hexahedron element, etc., and can locally encrypt the mesh and select the mesh order according to the needs of users.
Rich CAD and CAE interfaces
GID provides IGES, DXF, Parasolid, VDA, STL, NASTRAN and other interfaces, and can write GID data files in the above format.
Flexible post-processing
& nbsp;& nbsp; GID can write the results into various commonly used graphic files, such as BMP, GIF, TPEG, PNG, TGA, tiff, VRML and other formats, as well as AVI and MEPG animation formats. The post-processing supports the display methods of results: strip cloud image display, equal line display, slice display, vector display, deformation display, etc. And the display menu can be customized according to the needs of users< br />
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Website: www.gidhome.com
Faces and bodies can be obtained by stretching, rotating, scene, scaling, offsetting, etc., and rectangles, polygons, circles, spheres, cylinders, cones, prisms, rings, etc. can be constructed directly; The model is obtained by decent Boolean addition, subtraction and intersection.
High performance automatic mesh generation
& nbsp;& nbsp;& nbsp; GID can quickly and automatically discretize the geometric model into line element, triangular element, quadrilateral element, tetrahedron element, hexahedron element, etc., and can locally encrypt the mesh and select the mesh order according to the needs of users.
Rich CAD and CAE interfaces
GID provides IGES, DXF, Parasolid, VDA, STL, NASTRAN and other interfaces, and can write GID data files in the above format.
Flexible post-processing
& nbsp;& nbsp; GID can write the results into various commonly used graphic files, such as BMP, GIF, TPEG, PNG, TGA, tiff, VRML and other formats, as well as AVI and MEPG animation formats. The post-processing supports the display methods of results: strip cloud image display, equal line display, slice display, vector display, deformation display, etc. And the display menu can be customized according to the needs of users< br />
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{[ 14]} & nbsp;{[ 15]}
Website: www.gidhome.com
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