F

Finite Element Method

Analysis and Optimization of Truss Structures using Genetic Algorithms

Computational Photonics in Python with the finite element method. gyptis.gitlab.io

Public documentation of the Comfor project :

https://comfor.gitlab.io/comfor-doc/en

Adaptive P/ODE numerics with Grassmann element TensorField assembly

Python-based tool for linear, geometrically nonlinear, and eigenvalue buckling analysis of 3D frame structures using the Finite Element Method (FEM). Includes full implementation, visualization, and validation files.

FEM solver for 2D electromagnetic in complex numbers

An example of adaptive mesh refinement based on the residual a posteriori error estimator for the Poisson equation in legacy FEniCS.

Package for generating and inverse-designing 2D lattice materials. Represents lattices as heterogeneous graphs and utilizes message passing, automatic differentiation and surrogate gradients for the inverse design.

Series of simulations to replicate laboratory experiments as part of a 'digital twin' initiative between Swansea University and the UK Atomic Energy Authority. Scripts are mostly in python to run the various modules which this platform integrates together (e.g., Salome, Code_Aster, ERMES, CAD2Vox, gvxr, CIL).

This is my personal graduate paper within my studies at the Department of Music Technology and Acoustics of Hellenic Mediterranean University in Rethymno, Crete . This work is guided and assisted by C. Panagiotopoulos .

Barman: a finite element method Python3 package to perform static analysis on 2D beam models

A small C++ finite element method implementation developed as a part of my master's thesis

Python scripts generating the data for the Computers and Structures paper.