Dear CalculiX users,
It would be nice if this organization will become a central place for CalculiX development. GitHub could unite all of the developers and contributors and make CalculiX software even better and more popular. To enter the organization, please, post your GitHub username here and wait for email with the invitation link. Then you can transfer here your projects related to CalculiX, communicate and collaborate with other developers.
Pre- and Postprocessing for CalculiX can be done with this component in coreform cubit. The results will be converted to Paraview (.frd and .dat: nodal, element and integration points results).
A python framework to build, solve and postprocess finite element models made out of 3D solid elements using Gmsh and CalculiX.
CalculiX to Paraview converter (frd to vtk/vtu). Makes possible to view and postprocess CalculiX analysis results in Paraview. Generates Mises and Principal components for stress and strain tensors.
CalculiX Advanced Environment is designed to guide you through the CalculiX keywords creation process and is aimed to help you reach the correct input file with no mistakes.
CalculiX is an OSS package designed to solve field problems. The method used is the finite element method. This package is a native Microsoft Windows 64-bit build of CalculiX.
CalculiX examples by Prof. Martin Kraska from Brandenburg University of Applied Sciences. Excellent starting point to master parametric modelling with CGX and CCX.