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University of Tsukuba
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Lists (21)
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3D_image_based
blackbear_moose_neml_neml2
books
chi_large_scale
cp
Dealii_misc
this list contains some staffs related to DealiiFiniteElementMethod
This list regarding open my mind about finite element method not only solid mechanicsFortran_interest
FreeFEM
funny
hydro
Interested_Moose_with_MFEM
This list stored any my interested thingsmathematics
meshing
meshing_HexToTri
MMS_lanl_study
MOOSE_misc
nonlocal_moose
otherModeling_noFEM
tools_manuscripts
tools_misc
frequently checking this list for tools not for writing manuscriptStarred repositories
Terminal based "The Matrix" like implementation
Microstructure Modeling and Simulation. Generate microstructures using site-saturation condition, and simulate grain growth using Monte Carlo Potts Model.
Plot convergence rates and scalability from output logs of PETSc programs
Morphological snakes for image segmentation and tracking
A meso-scale lattice simulation engine, including geometry creation, meshing, and homogenization-based finite element simulation.
A SOFA plugin to simulate linear structures using Cosserat theory
Input files and python code for the NEML2 crystal plsaticity benchmark examples
Convert OpenMC Geometry Components to CAD
This project aims at providing support for MFront generic behaviours. This project can be embedded in open-source and propriary sofware
FEniCSx-based topology optimization supporting parallel computing
The staggered approach based on the alternate minimization for phase-field fracture simultions
Code for paper Isotropic ARAP energy using Cauchy-Green invariants
"Programming the Finite Element Method" by I M Smith, D V Griffiths and L Margetts
Explore the fundamentals of implementing user-defined material routines in LS-DYNA using Python and C++. This includes the realization of two-scale simulation schemes using LS-DYNA.
OptiMic: A tool to generate optimized polycrystalline microstructures for materials simulations. To cite this Original Software Publication: https://www.sciencedirect.com/science/article/pii/S23527…
A Python Implementation for Periodic Boundary Conditions (PBC), Uniform Displacement Boundary Conditions (UDBC), and Mixed Boundary Conditions (MBC) on a RVE.
Library that includes standard material models (phenomenological laws) as well as implementations of multiscale homogenization schemes for the modeling of microscopically heterogeneous materials.
A simple python parser for gmsh .msh files
📕 Translating plugin for Vim/Neovim