PeriDEM
Peridynamics-based discrete element method for granular media with deformable, complex-shaped particles.
Software
Research software
A method is only checkable once someone else can run it. These are the codes behind the papers — peridynamics and granular fracture, topology optimization of active materials, neural operators and their correction — each with what it does, whether it is still maintained, and where to get it.
Maintained 1
Active development 2
MatTO
Joint material and topology optimization for field-responsive soft materials, extended from FEniTop and built on FEniCSx.
Neural operators and residual correction
Python implementations of neural operators and the residual-correction schemes, with the notebooks used to test them
Paper companions 3
Angiogenesis3D1D
Mixed-dimensional simulation of tumor growth and angiogenesis in coupled three-dimensional tissue and one-dimensional vascular domains.
BayesForSEIRD
Bayesian calibration and model comparison for a continuum SEIRD epidemic model.
Distributed nonlocal diffusion solver
Distributed C++ solver for a nonlocal heat equation, with dynamic load balancing.
Archived 1
NLMech
C++ library for finite-difference and meshfree discretizations of nonlocal deformation and fracture models.