This is a documentation of the codes involved in my in-Semester Research Project (iSURP) for the topic "Topological Optimization"

In this repository, optimal estimation of change in temperature state is discussed using deep learning and shape optimization techniques.

Shape optimization and contour enhancement with elastica regularization and graph-cut based model

Solve convex-shape optimization problems

A setup for solving shape optimization problems depending on a partial differential equation using boundary integral methods and the Python library JAX. The code was developed as part of a Bachelor thesis project in Engineering Mathematics at the Royal Institute of Technology in Spring 2024 by Rebecka Johansson and Asta Stensson.

An implementation of the numerical algorithm for the constrained shape optimization problems in structural mechanics

Prosthetic foot design based on genetic algorithm

Cheeger sets computation

Feel++ Shape Optimisation Toolbox

Digital image processing and shape optimization with curvature regularization based model

Optiflow is an implementation of a shape-optimization method for two-dimensional incompressible flows.

Shape Optimization based on Restricted Mesh Deformations

Shape optimisation of compressor blades using adjoint approach. Implemented in OpenFOAM framework.

Simple shape optimization script which generates nodal shifting according to sensitivities calculated by CalculiX FE solver.

Collection of finite element models

An object-oriented Python 3 GUI and API for single- and multi-element Bézier-parametrized airfoil design, analysis, and optimization

Python scripts related to aerodynamic analysis and shape optimization

Subject files and solutions to the mini-course "An introduction to shape and topology optimization"

A shape optimisation toolbox built on the Firedrake finite element library.

Fluid based shape optimization with Blender and OpenFOAM