Open source repository for QuickPIC

WAND-PIC

A Python library for solving catenary equations

Experimental quasistatic plasma wakefield simulation code, 2D and 3D geometry, for CPUs and GPUs

Julia finite element implementation of a phase-field model for fracture.

Implementation of Kalmus’ guidance method for robot navigation

Benchmark repository for elastic brittle fracture: “Nine circles” challenge problems to assess and validate fracture models. Provides FEniCSx finite element (FEM) codes plus mesh files and mesh-generation scripts for quasi-static crack nucleation and propagation (Mode I/III), including torsion and trousers examples.

In this project, 3D bending of a sample made from extruded aluminum alloy EN AW-7108 T6 is analyzed in a 3D space. Note that this is a simple example. However, if you need more information about ductile damage in Abaqus and its modeling using the VUMAT subroutine, you can visit the CAE Assistant website.

ERMES 20.0.4 is the latest release of an open-source tool that solves Maxwell's equations in the frequency domain using the Finite Element Method (FEM). It computes electromagnetic fields from static to high-frequency applications in complex 3D geometries and simulates wave propagation in materials such as plasma.

ERMES 20.0.3 is an open-source tool that solves Maxwell's equations in the frequency domain using the Finite Element Method (FEM). It computes electromagnetic fields from static to high-frequency applications in complex 3D geometries and simulates wave propagation in materials such as plasma.

ERMES 20.0 is an open-source tool that solves Maxwell's equations in the frequency domain using the Finite Element Method (FEM). It computes electromagnetic fields from static to high-frequency applications in complex 3D geometries and simulates wave propagation in materials such as plasma.

A class of software to investigate the results obtained from the quasi-static test of cantilever columns