35 resultados

FEATool Multiphysics - Physics Simulation Made Easy

Bending of thin plate under uniform transverse pressure is solved using Finite Element Method

To mesh a plate with four noded elements for Finite Element Analysis

To mesh thin shells using four noded elements to use in Finite Element Analysis

Meshing a plate with hole at center of given radius

Heat conduction in a magnesium robotics component with finite element analysis (FEA).

This readinp function can load the node and element data from abaqus inp file.

a code is written to extract stress in 2D plane stress analysis

This version extracts more data from abaqus input file like the nodes, elements, element types, as well as node sets, element sets.

Live scripts, files, and slides for "Structural and Thermal Analysis with MATLAB" webinar

Read and print out custom bdf or fem files. They can be sent to the solver of your choice for analysis.

This is a set of weekly MATLAB assignments walking undergrad and grad students in engineering majors (ME, CEE, AE, etc.) through FEM concept

finite element procedure for solving structural systems based on frame elements

A set of educational and visualization scripts to help engineering students learn and internalize FEM concepts.

Live scripts, files, and slides for "Engineering Design and Documentation with MATLAB" Demo

FEM MATLAB Code for Geometric Nonlinear Analysis of Membranes

FEM applied on axial element with user-defined geometry and boundary conditions*

Program for transferring FE-mesh data from ABAQUS to MATLAB

These are the MATLAB examples used in the '3D Finite Element Analysis with MATLAB' webinar

Generates Abaqus input file (.inp) using nodes coordinates and elements connectivity in MATLAB

The toolkit includes finite element tools for linear transient thermal analysis and elastodynamics.

This function generates triangular mesh for a rectangular shape structure for FEM analysis

This function returns information about a triangulation, which may be useful when setting up a partial differential equation problem.

A general FEM toolbox to analyze two- and three-dimensional structures that can be used for both educational and research purposes.

Apply the Finite Element Method to solve and visualize displacement fields over EDGE, QUAD, and HEX elements in 2- and 3-dimensions.

This is the demo of single objective truss sizing optimization problem for research and educational studies.

An educational code which performs basic linear direct stiffness method using bar elements in 2D or 3D.

MATLAB code for reading .inp files from ABAQUS.

Workshop showcasing design optimization techniques for a motorcycle swingarm using MATLAB and PythonOCC interoperability.

TrussCalc 2D is an FEA-based truss analysis tool, developed for CE 206 at BUET, using RCM for stable computations with real-time UI.

Completed as part of my degree, this is a simple 2d FEA script with the default model a bike frame.

Live Script exploring 2nd-6th-order finite element methods and variable grid density to solve 3D quantum eigenvalue problems.

A simple genetic algorithm is applied to a model of the London Kings Cross Western Concourse.

This script solves the displacements, reactions, strains and stresses of a 2D truss structure using the finite element penalty approach.

This program computes the displacements, support reactions, and stresses for a 2D truss system.