SIMULIA Abaqus FEA: Creating new field outputs with Python
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Updated
Jun 10, 2020 - Python
The finite element method (FEM) is a numerical method for solving problems of engineering and mathematical physics. Typical problem areas of interest include structural analysis, heat transfer, fluid flow, mass transport, and electromagnetic potential.
SIMULIA Abaqus FEA: Creating new field outputs with Python
A pythonic implementation of the EBBEF2p finite element Matlab toolbox.
Reworked version of FEBio's explicit solver
Free Structural Analysis Package
This is my CubeSat Active Debris Removal project page!
Matlab/Octave/FreeMat and Maxima code associated with the Lecture notes about Finite Element Analysis
A program that follows the finite element method with 1-D elements. This is program was created as a semester project for the class Matrix Structural Analysis - 1D finite elements of the NTUA's School of Civil Engineering.
ANSYS program source listings for MEMS-Sensors
Finite Element Simulator of Polymer Networked Material using WLC model
History impact (not official)
Manages finite element meshes powered by MeshCore.jl
Converting .geo file from neper to Mechanical Apdl commands using python
This repository is devoted to the development of ML algorithms used for the generative design of a prosthetic heart valve leaflets
falcon-MATLAB is a finite element analysis program from the falcon numerical analyses suite.
Crack propagation finite element model for obtaining fracture surface pressure distributions
Tahoe is a C++ based open-source finite element code developed in Sandia National Lab.
Example Fenics antenna simulations as part of "Basics of Antenna Modeling with FEniCS Finite Element Suite"
This repository contains the code to calculate bezier extraction operator to generate the B-spline/NURBS basis function from Bezier basis functions.
Global stiffness matrix assembly
PHILLIPO é uma aplicação do método de elementos finitos na análise de estrturas estáticas por meio de trabalhos virtuais.