luchete80

I work mainly with Solid Mechanics simulation, using opensource free tools

INTI - Instituto Nacional de Tecnología IndustrialBuenos Aires, Argentina

Pinned Repositories

ambovis
AMboVent Clone, built to work with a stepper and encoder to select
Language:C++0 4 1320
blitz-0.9-cmake
Language:C++00
claymore
Language:Cuda0 1 00
FEM-Explicit2D-
This is a simple finite element 2D explicit code framework. It solves dynamic solid mechanics problems using parallel computing technique. Element supported is only 2D quad at this moment.
Language:Fortran00
GodotGUI
Language:C++10
radioss_tutorials
Language:POV-Ray SDL2 2 00
WeldForm
Weakly-Compressible Smoothed Particle Hydrodynamics Parallel Solver for Elasto Plastic and thermal coupled Solid Mechanics
Language:C++9 3 3605
WeldFormFEM
Explicit Finite Element Solver
Language:C++1 0 261
WeldFormGPU
CUDA implementation of Weakly-Compressible Smoothed Particle Hydrodynamics for Elasto Plastic and thermal coupled Mechanics
Language:C++2 2 1162
WeldFormGUI
Language:C++1 1 390

luchete80's Repositories

luchete80/WeldForm
Weakly-Compressible Smoothed Particle Hydrodynamics Parallel Solver for Elasto Plastic and thermal coupled Solid Mechanics
Language:C++9 3 3605
luchete80/radioss_tutorials
Language:POV-Ray SDL2 2 00
luchete80/WeldFormGPU
CUDA implementation of Weakly-Compressible Smoothed Particle Hydrodynamics for Elasto Plastic and thermal coupled Mechanics
Language:C++2 2 1162
luchete80/WeldFormFEM
Explicit Finite Element Solver
Language:C++1 0 261
luchete80/WeldFormGUI
Language:C++1 1 390
luchete80/ambovis
AMboVent Clone, built to work with a stepper and encoder to select
Language:C++0 4 1320
luchete80/FEM-Explicit2D-
This is a simple finite element 2D explicit code framework. It solves dynamic solid mechanics problems using parallel computing technique. Element supported is only 2D quad at this moment.
Language:Fortran00
luchete80/DynELA-v.-4.0
DynELA Finite Element code v. 4.0
Language:C
luchete80/ecoffee
Language:C++1 0
luchete80/ExplicitFEMBook
Book about explicit FEM in solid mechanics
Language:Jupyter Notebook
luchete80/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++
luchete80/LSDynaReader
Language:C++
luchete80/luchete80.github.io
Language:HTML
luchete80/Math
GPU AND CPU CXX AND CUDA MATH
Language:C
luchete80/mfree_iwf-ul_cut_gpu
Language:Cuda
luchete80/moose_tutorials
Language:Assembly
luchete80/nairn-mpm-fea
nairn-mpm-fea computational mechanics project
Language:C++
luchete80/NimbleSM
Lagrangian finite-element code for solid mechanics on next-generation computing platforms.
Language:C++0 0
luchete80/opensourcemechanics
Site
Language:HTML
luchete80/pythongcode
Language:Python
luchete80/ReDynELA
DynELA parallel v1.0 for ReScience paper
Language:C0 0
luchete80/ReDynELA_1
Pantale original Software
Language:C1 1
luchete80/SCI-Solver_FEM
SCI-Solver_FEM is a C++/CUDA library written to solve an FEM linear system. It is designed to solve the FEM system quickly by using GPU hardware.
Language:Cuda0 0
luchete80/SPHinXsys
SPHinXsys provides C++ APIs for physically accurate simulation and optimization. It aims to handle coupled industrial dynamic systems including fluid, solid, multi-body dynamics and beyond. The multi-physics library is based a unique and unified computational framework by which strong couplings have been achieved for all involved physics.
Language:C++0 0
luchete80/tinyest_FEM
Language:Python
luchete80/WeldForm_data
luchete80/WeldForm_test
luchete80/WeldFormFVM
Language:Cuda
luchete80/WeldFormSPH
Language:Fortran
luchete80/xerces-c
Apache Xerces-C validating XML parser
Language:C++1 0