An Implementation for Central-force SPH
A numerical elasticity simulation suite powered by central-force SPH. Built with a friendly modern C++ API.
I am a 24-year-old based in Nagoya, and I enjoy astronomy, photography, music, travel, programming, reading, and vintage clothing.
I conduct research in numerical astrophysics within the laboratory for theoretical astronomy and astrophysics at Nagoya University. My work focuses on developing new numerical methods to investigate the formation of Earth-like rocky planets and running simulations that explore novel formation pathways for brown dwarf binaries.
A numerical elasticity simulation suite powered by central-force SPH. Built with a friendly modern C++ API.
A collection of self-developed C++ utilities. Delivers the tools needed for numerical computation and simulation through a modern C++20-compliant API. These utilities also support the projects above.
Feel free to reach out to me via email or connect with me on GitHub.