An Open Nonlinear Structural Analysis Solver for GNU-Octave or Matlab

Github repo for CUFSM - cross-section elastic buckling analysis tool using the finite strip method.

MATLAB codes for the book (in Farsi) " Structural Dynamics and Vibration Control"

In this study, we propose a novel deep learning model named as the Finite-element-informed neural network (FEI-NN), inspired from finite element method (FEM) for parametric simulation of static problems in structural mechanics.

Open-source MATLAB-based computational platform for earthquake risk, loss & lifecycle analysis of building assets.

This projects aims to use matrix calculus to determine the forces and displacements of the structures thus to obtain the stress state of each member of the bar, either traction (+) or compression (-).

FAILURE is a Matlab code to simulate the propagation of uncertainties in a plane stress problem subjected to uncertainties.

处理滞回曲线、提取骨架曲线的matlab程序

Reduced mechanical and structural vibrations by moving lumped masses and performing shape optimization

ELEVEN is a Matlab code for robust optimization and uncertainty quantification of an elevator brake system.

Hypersphere search for optimizing space truss structure

This repository concerns the software developed using the MATLAB platform and its tool AppDesigner for modeling, visualizing, and solving simple static structural problems through the Finite Element Method (FEM).

MATLAB/Octave educational program for 2D rigid joint frames (in Spanish)

Structural Dynamics and Numerical Methods

Genera el diagrama de momento curvatura para secciones prismáticas de cualquier tipo de material, sometidas a un momento y compresión axial

MATLAB Scripts used for the design and optimisation of an arched steel roof truss system as part of my team's 3rd Year Group Design Project at Imperial College London, done with engineering firm ARUP. The project was awarded Best Group Design Project.

MATLAB Scripts used to analyse the design and optimisation of sway structures using Frames vs Trusses. This was done as part of my project at Imperial College London.

Practical applications of the Fourier series expansion in the field of structural engineering