1406513649

1406513649's Stars

• taichi-dev/taichi

  Productive, portable, and performant GPU programming in Python.

  Language:C++26.5k3912.7k2.3k

• anishathalye/neural-style

  Neural style in TensorFlow! 🎨

  Language:Python5.5k2231391.5k

• idaholab/moose

  Multiphysics Object Oriented Simulation Environment

  Language:C++1.8k8712.8k1.1k

• KratosMultiphysics/Kratos

  Kratos Multiphysics (A.K.A Kratos) is a framework for building parallel multi-disciplinary simulation software. Modularity, extensibility and HPC are the main objectives. Kratos has BSD license and is written in C++ with extensive Python interface.

  Language:C++1.1k572.3k248

• libMesh/libmesh

  libMesh github repository

  Language:C66761842288

• petsc/petsc

  Mirror of https://gitlab.com/petsc/petsc

  Language:C430430182

• jgomezc1/ABAQUS-US

  A variety of ABAQUS user element (UELs) and user material (UMATs) subroutines

  Language:FORTRAN20527186

• GeneralElectric/CalculiX

  CalculiX is an OSS package designed to solve field problems. The method used is the finite element method. This package is a native Microsoft Windows 64-bit build of CalculiX.

  Language:C11925431

• ufz/ogs

  DO NOT USE THIS REPO! Migrated to https://gitlab.opengeosys.org/ogs/ogs!

  Language:C++116300238

• pkorus/multiscale-prnu

  Multi-scale Analysis Strategies in PRNU-based Tampering Localization

  Language:MATLAB554420

• Liu-Qingbin/ODB2VTKplus

  Language:Python423017

• xzhang66/STAPpp

  A C++ FEM code sharing the same input data file with STAP90

  Language:C++391153

• Mantevo/miniFE

  MiniFE Finite Element Mini-Application

  Language:C++3171232

• fjramireg/StiffMa

  StiffMa: Fast finite element STIFFness MAtrix generation in MATLAB by using GPU computing.

  Language:MATLAB23305

• VlachosGroup/Multiscale-KMC

  Kinetic Monte Carlo with multiple time scales and sensitivity analysis

  Language:C++21818

• jdavid1385/pyFEM

  A modular Finite Element Method solver implemented in Python

  Language:Python166011

• chenxuhao/csrcolor

  Efficient and High-quality Graph Coloring on the GPU

  Language:C++15414

• yuan-feng/multi_surface_plasticity

  Multi-yield-surface elastoplatic material model for von-Mises, Drucker-Prager, and Rounded-Mohr-Coulomb.

  Language:C++152013

• wjin33/DSID

  Abaqus UMAT for DSID model using return mapping (cutting plane) algorithm

  Language:Fortran13106

• FilipNilenius/3D-concrete

  Numerical model of heterogeneous concrete in 3D for finite element analysis of transport- and mechanical problems, and computational homogenization.

  Language:Matlab12209

• hariprasadr1hp/FEM_Matlab

  A Matlab program which solves a static nonlinear FEM problem with linear shape functions, for an ideal elastic-plastic material

  Language:MATLAB11112

• jfoshee/rockhack

  Rock Hack - Multiscale Well Log Display

  Language:Lasso11504

• junzengx14/pantographe-mechanics-simulation

  Strain Gradient Theory Simulation (Python and Fortran on Abaqus)

  Language:Python11303

• dmitriy-kats/DynamicFragmentationofConcreteFEM

  A finite element code to solve for the dynamic fragmentation of concrete at different strain rates. A bi-linear cohesive zone model is used for the simulation

  Language:MATLAB10006

• ahojukka5/PDEAssembler.jl

  PDEAssembles takes a set of partial differential equations and boundary conditions and creates a global assembly M, C, K, f in SparseMatrixCSC format ready for linear system solvers.

  Language:Julia7311

• xyuan/VegaFEM_lib

  Note: This is not the official development repository, but is a personal fork in order to maintain the version I used in my own project. Vega is a computationally efficient and stable C/C++ physics library for three-dimensional deformable object simulation. It is designed to model large deformations, including geometric and material nonlinearities, and can also efficiently simulate linear systems.

  Language:C++4200

• erick-santiago/hermes

  Hermes is a C++ library for rapid development of adaptive hp-FEM / hp-DG solvers. Novel hp-adaptivity algorithms are designed to solve a large variety of problems ranging from ODE and stationary linear PDE to complex time-dependent nonlinear multiphysics PDE systems.

  Language:C++3203

• jvleta/pyplot-fortran

  For generating plots from Fortran using Python's matplotlib.pyplot

  Language:Fortran3200

• linasjostrand/FEM-Project-2

  Project 2 in course Finite element analysis - Nonlinear systems

  Language:Matlab200

• qzcad/pyfem

  Python's implementation of the Finite Element Method

  Language:Python2311