Adige Calculations's repositories
OpenFOAM-handbook
This handbook is intended to support a medium/advanced OpenFoam® user during the usage of the software. It provides commands, explanations, and extension that we find useful during our CFD workflow, and it is designed to be used by searching for keywords of an action you wish to perform within the OpenFoam® framework. This allows you to enrich or resolve the setting of a problem in the shortest possible time.
GNU-Linux-handbook
This repo contains documentation on GNU/Linux, common workflows, how to get started and more as you dive deeper. It acts as a guide for doing some really neat things with the OS. However, keep in mind it should be seen as a co-pilot for your workflow, instead of a place to study on.
.github
A team dedicated to creating a simulation verifier, a piece of code that will reinforce confidence that the simulation represents reality. To support the project, we provide simulation services enhanced by a data crunching approach to create an environment in which our simulation takes onth the reality.
Sigmund---A-99-Line-Topology-Optimization-Code-Written-in-MATLAB---FEniCSx-rewrite
Python code for 2D and 3D topology optimization based on the open-source finite element computing software (FEniCSx) using PETSc as linear algebra back-end. The code is designed based on the popular solid isotropic material with penalization (SIMP) methodology.