An open-source C++ implementation of the Material Point Method (MPM) with elasto-viscoplastic rheologies, specifically designed to model the mechanics and flow of granular matter.
Simulate the formation of three-dimensional packings of spherical and non-spherical (regular and irregular) particles with prescribed size distributions.
High-fidelity modeling of granular media consisting of deformable complex-shaped particles
Discrete Element Method Laboratory
ExaDEM is a HPC software solution in the field of computational simulations. ExaDEM is built on top of exaNBody platform.
Polydisperse material point method
Fast Python, C++ & MATLAB code to generate random close packings (or jammed, overlapping or dense packing as well), such as dense 2d disk packings, dense 3d sphere packings with generalization to hypersphere N dimensional packings.
Simulate the formation of three-dimensional packings of spherical and non-spherical (regular and irregular) particles with prescribed size distributions.
Reconstruction of forces from images of photoelastic particles
Code that simulates a nest (random rod packing) for the paper "Micromechanical origin of plasticity and hysteresis in nest-like packings"
Github Pages template for academic personal websites, forked from mmistakes/minimal-mistakes
Training a CNN model that detects force-bearing contacts between disks
Smart trekking-pole terrain probe: inverse RFT terrain-strength estimation, human mobility risk, and active probing — simulation-first research prototype (ESP32 + Python)
Snapshot fork of ParticulateFlow/LIGGGHTS-PFM, the discrete element method (DEM) particle simulation engine used by the Mars_RSL_LIGGGHTS granular-flow simulations.
Processes images from 2D granular experiments. From centroid tracking, contact detection, to force inversion.
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