Repository for the open-source lethe CFD/DEM/CFD-DEM project

A Taichi-powered high-performance numerical simulator for multiscale and multifield geophysical problems

Add-on for Blender to connect rigid bodies via constraints in a physical plausible way. (You only need the ZIP file for installation in Blender. Click the filename and at the next page "Download", right click and "Save As" won't work!)

MCP server connecting AI agents to ITASCA engines (PFC, FLAC, 3DEC, MPoint, MassFlow) — run geotechnical & geomechanics simulations through natural conversation

A dual-GPU DEM solver with complex grain geometry support

CFD-DEM Solver with emphasis on sediment transport

Parallel, highly efficient code (CPU and GPU) for DEM and CFD-DEM simulations.

A DEM toolkit for rapid simulation & quantitative analysis of granular systems

CP3d is a comprehensive Euler-Lagrange solver for the direct numerical simulations of particle-laden flows.

LIGGGHTS-INL is a capability-extended adaptation of the LIGGGHTS Open Source Discrete Element Method (DEM) Particle Simulation Software based on LIGGGHTS release version 4.0.0.

OpenFOAM library for fully coupled particle laden flows with arbitrarily shaped solids

cemfDEM: a dem simulation code

Discrete Element Method Laboratory

Learning simulation parameters from experimental data, from the micro to the macro, from laptops to clusters.

Fast dynamic fracture using position-based rod-bonded discrete element method

GPU accelerated DEM code

Code Library for Multi-sphere Particles. To cite this Original Software Publication: https://www.sciencedirect.com/science/article/pii/S2352711021000704

Unresolved CFD–DEM VOF solvers (PISO/PIMPLE) in CFDEMproject for multiphase fluid–particle injection and displacement with experimental validation.

MCP server connecting AI agents to YADE — run DEM simulations through natural conversation

cfdemSolverIB_VOF is a resolved IB/Fictitious Domain–VOF CFD–DEM solver developed as an extension to OpenFOAM/CFDEM libraries for multiphase flow with deformable granular solids, validated against injection‑pressure experiments