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lucas56098/README.md

Welcome to my GitHub page!

I'm Lucas Schleuß, a physics student at Heidelberg University specializing in computational galaxy formation. As part of my master's thesis with Dylan Nelson, I am currently developing a moving Voronoi mesh hydrodynamics code for exascale GPU-accelerated computing on NVIDIA's GH200 superchips. Previously I worked on AREPO's moment-based radiative transfer module, Voronoi mesh generation algorithms, and various finite volume and discontinuous Galerkin hydrodynamics schemes.

Feel free to take a look at my projects or reach out if you'd like to connect.

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  1. ProteusGPU ProteusGPU Public

    Work in progress: A GPU accelerated moving mesh hydrodynamics code optimized for NVIDIA's GH200 superchips.

    C++ 1 1

  2. openmpFV openmpFV Public

    A multithreaded second order accurate finite volume hydrodynamics solver on static meshes.

    C++ 2

  3. hydro_bsc_project hydro_bsc_project Public

    2D hydrodynamics on Cartesian and Voronoi meshes using finite volume and discontinuous Galerkin methods. Includes second-order FV MUSCL solver for shallow water and Euler equations and discontinous…

    C++ 4 1

  4. voronoi_mesh_project voronoi_mesh_project Public

    Small C++ project to generate a voronoi mesh using a naive halfplane intersection and point insertion algorithm. Optional also some visualisaition and benchmarking tools are available.

    C++ 1 1