A small collection of Python and Jupyter files for solving Classical Laminate Theory, Failure and Plate Equations exercises in the course Composite and Lightweight materials.

Draw tool in matlab

The data retrieval app from coursera

GUI for performing reaction-diffusion calculations

Files that were used to segment CT-scans and automagically create a 3D Abaqus model; courtesy of Walter van Zwam.

Some Matlab scripts for quantification of stress fibers (SF) and focal adhesions (FA) in fluorescence images.

Some Matlab scripts to analyse and evaluate results from biaxial tensile tests, courtesy of Eline van Haaften

Butterworth Filter

Log in to TU/e GitLab

Modeling and solutions of stochastic dynamic programming problems

Creates an automatic overlay of the channels available in a .lif file created by the Leica. Channels available at the moment: red, green, blue.

Project to learn git by doing actions on a simple text file

Urban surroundings modeling with LiDAR point-clouds for PV and building energy simulations. Frozen version of USM_LiDAR for supporting Tavenier et al. paper: [paper title here] [doi here]

Some Tcl scripts for working with Huygens Professional by SVI, https://www.svi.nl

Daypym is a project to preprocess and run DAYSIM solar irradiance simulations with Python.