Monte Carlo Radiation Transfer Through an Astrophysical Jet

High-performance, multithreaded C++ library with a Python interface designed for the rapid visualization of Smoothed Particle Hydrodynamics (SPH) simulations.

Modelica Ocean Engineering Toolbox (OET) - Symbolic simulation of a single-degree-of-freedom rigid body in unidirectional, polychromatic seas.

Idealized Korteweg-de Vries (KdV) soliton solver with pseudo-spectral methods and Numba acceleration.

Implementation of the SPH algorithm in the Rust programming language

CaMa-FLood hydrodynamic model comparison with altimetric water level data and Regionalization of runoff NetCDF files on the Niger and Ganges-Brahmaputra basins

Development of HAMS-MREL, an open-source multi-body BIEM solver

code and report for Korteweg-de-Vries

Code and report for Falling liquid films

Study dynamics of inertial active matter in a potential fluid (irrotational, incompressible).

Repository for uni course at university Potsdam

Code used to analyse FLAMINGO data to investigate splashback radius of galaxy clusters in gas and observable profiles

Modeling mass transfer in hierarchical triple systems, RLOF by the outer star

Script to convert the public Agora ICs files into the GADGET binary and HDF5 formats.

Find systems using 4-pixels connectivity in 3d data cube from a radiative transfer simulation

This is repository with deep learning implementation for hydrodynamics problem.

Codebase started in June 2020 to study swimmers in a Stokes regime fluid.

Code to analyse data outputs from zoom galaxy cluster simulations investigating the effect of different mass and spatial resolutions.

This repository contains the codes, simulations, and analysis developed for my thesis project on the study of mass transfer binary star systems. It includes theoretical derivations, numerical modeling, and comparisons with previous research.