Tutorials for users that installed the FEA module.
Learn the very basics: create mesh container, add nodes and elements, and perform linear static analysis (on single elements).
Learn how to visualize FEA in the realtime view, also learn to use tetrahedrons and hexahedrons for nonlinear dynamics.
Learn how to create cables using ChElementCableANCF, and connect some bodies
Learn how to create beams using ChElementBeamEuler
Here you can learn how to apply loads to elements, or how to create your custom loads.
Learn to use ANCF shell elements
Learn to use Reissner 6-field shell elements
Learn to use ANCF brick elements
How to perform contact between FEA meshes in three dimensional space, with automatic collision detection
Import an .INP Abaqus mesh with a 3D tetrahedral mesh
Import an .INP Abaqus mesh with a 3D tetrahedral mesh and apply loads to the surface coming from an external process.
Compute a simple solution for the temperature field in a solid, given boundary conditions (Poisson problem).
Compute the electrostatic solution for a volume given boundary conditions (high voltage electrodes in air).