A framework for the automated derivation and parallel execution of finite difference solvers on a range of computer architectures.

Toolbox for the generative design of geometrically-encoded physical objects using numerical modelling and evolutionary optimization

This project investigated the behavior of a nonlinear harmonic oscillator solver and explained the observed loss of accuracy under certain conditions. It extended a linear harmonic oscillator solver to a nonlinear counterpart using the model 'Method of Manufactured Solutions'.

Python script that allows to modify dates of input files of modules of CALMET/CALPUFF model

Hierarchical raster data set: smooth interpolation of raster files at different resolutions for multiscale modelling

Project repository for the lecture Deep Learning in Scientific Computing, held in FS23

For shallow-water Lagrangian particle routing.

June is a framework for agent based modelling in an epidemiological and geographical context.

Project of the Short Training Program at the von Karman Institute. Study of the feasibility of using air-breathing engines for satellite altitude maintenance in very low Mars orbit.

A 2D transient heat transfer model to predict the electrical power output of a TEG system on a car.

ekman is a toolbox to postprocess model outputs.

Abaqus 6.14 plugin for user-defined constitutive models testing

A Python-Based Elliptic Solver in Axisymmetry