A motivational bot made using Microsoft's Bot Framework

Collection of OpenFOAM solvers and cases

CUDA C/C++ scripts for Computational Fluid Dynamics (CFD) for presentation purposes (that goes out)

This is where is all my CFD related code is stored

A multilayer shallow water equations solver using the Lattice Boltzmann method as part of a Masters research project.

A computational fluid dynamics (CFD) application implementing multiple fluid simulation methods for the Imcompressible Navier-Stokes equations with real-time visualization and real time analysis tools I made during holidays.

libFastMesh - Optimized Finite Volume Computational Aeroacoustics (CAA) Code

template of an openfoam project with coded solver using SBM model

Python code for Tridiagonal Matrix Algorithm or Thomas Algorithm with n unknowns

True Error-Based Mesh Adaptation Strategy for the Advection-Diffusion Equation

The source code for Finite volume Explicit STructured 3Dimensional (FEST-3D) solver.

Docker container for OpenFOAM - a free, open-source computational fluid dynamics software - based on Debian.

This is the analysis of the Tesla Cybertruck standard configuration aerodynamic properties on OpenFOAM 12 made by POLIMI students. The analysis will also include modified configurations of the vehicle.

Lightweight CFD engine in C implementing Navier–Stokes for 2D incompressible flow. Includes a full lid-driven cavity solver, SCGS method, several convection/diffusion schemes, and a JSON-configurable runtime architecture.

Finite Volume Solver for 1D advection-diffusion using a Point Implicit Method written as part of a class project for "Fundamentals of CFD" course at ETH Zurich

Neural surrogate network replacing CFD simulations for cardiac flow prediction — 92.4% accuracy, 90× computational speedup.

Capital.com REST API client & CLI — trade CFDs from the command line. Built with Bun/TypeScript. Zero dependencies.

Computational modelling of wind flow and wind-induced loads in the Atmospheric Boundary Layer via Dynamic Terrain inflow generation and Large Eddy Simulations

Python and Paraview postprocessing tools for use with NREL's SOWFA