Pinned Repositories
5.06.Multigrid2D
V-cycle Multigrid method for 2D Poisson Equation
abaqus-models
AbaqusTraining
Abaqus Training
Anisotropic_NN_UMAT
Neural Network (NN) based anisotropic material model with an Abaqus UMAT implementation
church
教会联系人和服事管理系统
Localizing-Gradient-Damage-with-UMAT-UMATHT
Simple implementation of localizing gradient damage model in ABAQUS
Manga-Colorization
Manga Colorization using Level Set Method and Gabor Wavelet Function
meshfree
structural-analysis-using-PARDISO
UMAT-ABAQUS_library
A repository to deform a material under multiple loading conditions:monotonic, cyclic.
Batmanabcdefg's Repositories
Batmanabcdefg/3PU
Patch-base progressive 3D Point Set Upsampling
Batmanabcdefg/c_pfor_neper
Batmanabcdefg/cmake-examples
Useful CMake Examples
Batmanabcdefg/compas_fea
COMPAS interface to common Finite Element Analysis software.
Batmanabcdefg/CrystalPlasticity
CP UMAT and CZM UEL for Abaqus
Batmanabcdefg/DeepLearningPython
neuralnetworksanddeeplearning.com integrated scripts for Python 3.5.2 and Theano with CUDA support
Batmanabcdefg/DualSPHysics
C++/CUDA/OpenMP based Smoothed Particle Hydrodynamics (SPH) Solver
Batmanabcdefg/Embedded_Column_Base_Model_Abaqus_UEL
Batmanabcdefg/ffcx
Next generation FEniCS Form Compiler
Batmanabcdefg/FindMathematica
CMake module for Mathematica.
Batmanabcdefg/Generalized_Poroelastic_Model_FEniCS
The model code for the poroelastic model assocaited with the article title "A generalized poroelastic model using FEniCS with insights into the Noordbergum effect" by Haagenson et al. published in Computers & Geosciences.
Batmanabcdefg/ipyparallel
Interactive Parallel Computing in Python
Batmanabcdefg/isogeometric_application-1
isogeometric_application (IA) is an extension of KRATOS Multiphysics framework to assist isogeometric analysis with NURBS, hierarchical B-Splines and T-Splines. IA uses the Bezier decomposition concept to retain the local characteristics of the standard finite element. With this design, IA can interoperably works with other KRATOS applications.
Batmanabcdefg/mFEM-1
MATLAB Programming for Finite Element Methods
Batmanabcdefg/NC
NCAlgebra - Non Commutative Algebra Package for Mathematica
Batmanabcdefg/NewPipe
A libre lightweight streaming front-end for Android.
Batmanabcdefg/nnfs_book
Sample code from the Neural Networks from Scratch book.
Batmanabcdefg/p4pdes
C and Python examples from my book on using PETSc to solve PDEs
Batmanabcdefg/PINN-laminar-flow
Physics-informed neural network for solving fluid dynamics problems
Batmanabcdefg/playground
Play with neural networks! Updates: Sine & Mish activations, on-the-fly hyperparameter adjustments, MNIST-"3" dataset.
Batmanabcdefg/pyhpc-benchmarks
A suite of benchmarks to test the sequential CPU and GPU performance of most popular high-performance libraries for Python.
Batmanabcdefg/pyplot-fortran
For generating plots from Fortran using Python's matplotlib.pyplot 📈
Batmanabcdefg/quadpy
Numerical integration (quadrature, cubature) in Python
Batmanabcdefg/RegionTrees.jl
Quadtrees, Octrees, and more in Julia
Batmanabcdefg/ShNAPr
Isogeometric analysis of shells using tIGAr.
Batmanabcdefg/simulations
Batmanabcdefg/TopADD_2D_3D_Arbitrary_TopOpt_in_PETSc
2D/3D integrated Topology optimization parallel-computing framework for arbitrary design domains
Batmanabcdefg/Trixi.jl
A tree-based numerical simulation framework for hyperbolic PDEs written in Julia
Batmanabcdefg/vedo
A python module for scientific analysis of 3D objects based on VTK and numpy
Batmanabcdefg/XFEM_Fracture2D
Extended finite element method for 2D linear-elastic fracture modeling