Program for athermal quasi-static shear simulations of granular matter

This C program can be used to perform athermal quasi-static shear (or compression) simulations of a granular matter model. The model consists of a number of frictionless spheres interacting through harmonic repulsions. The inter-particle potential can be modified for other models. The FIRE algorithm is used for energy minimizations. The source codes can be download from Github. Please contact the developers, Deng Pan (dengpan@mail.itp.ac.cn) or Yuliang Jin (yuliangjin@mail.itp.ac.cn) for questions. If you use the program, please cite [PNAS 118, e2021794118 (2021)] and/or [Soft Matter 17, 3121-3127 (2021)].

Program for simulations of the 2D Ising model

The program was developed by a Master student Xinyang Li (lixinyang@mail.itp.ac.cn) to simulate the 2D Ising model and calculate some physical quantities. The source codes are available at Github, along with a project report.