After exporting a CAD model in acis format (available inĪutoCAD), you can use this program to convert it in fbd format and read If you have questions on this tool please contact a acis to fbdĬonverter. After exporting a CAD model in vda format, you can use this program to convert it in fbd format and read If you have questions on this tool please contact a vda to fbdĬonverter. a STEP-to-fbd, IGES-to-fbd, fbd-to-STEPĪnd fbd-to-IGES converter (including Linux binaries).User should consult the README.INSTALL file. Order to compute on the GPU (only works for Nvidia cards). For the factor of 8 the CUDA library from Nvidia has to be installed in This yields an acceleration up to a factor ofĤ. To reach this acceleration hwloc, parsec, scotch and PaStiX4CalculiX have toīe downloaded and installed. A new free sparse linear equationīeen tested and has prove to accelerate execution times up to a factor of 8! The source code for the sparse linear equation solver If you compile the program from scratch using the source code, you will need the CAD converters from Pascal Mossier)Īvailable downloads for the solver (CalculiX CrunchiX: ccx):

the source code, documentation (tex) and examples įor an update of the bconverged distribution replace the executables inįiles (incl.some example problems showing you the kind of problems you can solve with CalculiX.Īvailable downloads for the graphical interface (CalculiX GraphiX: cgx):.an overview of new features in Version 2.18 of CalculiX.a quick overview of the finite element capabilities of CalculiX.a quick overview of the pre- and postprocessor.The Finite Element Method for Three-Dimensional Thermomechanical Results obtainedįrom CalculiX are in no way connected to ABAQUS.įor a reference describing the theory behind CalculiX CrunchiX the user isĭhondt, G. ( ) and are used with kind permission from HKS. Notice: The authors acknowledge that naming conventions and input style formatsįor CalculiX are based on those used by ABAQUS, a proprietary, general purposeįinite element code developed and supported by Hibbitt, Karlsson & Sorensen, Inc (HKS) Maximum principal stress in a paraglider (thanks to Thomas Ripplinger) A Free Software Three-Dimensional Structural Finite Element Program

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