magnetohydrodynamics

Phantom Smoothed Particle Hydrodynamics and Magnetohydrodynamics code

MagIC is a high-performance code that solves the magneto-hydrodynamics equations in rotating spherical shells

Two-moment AMR radiation hydrodynamics (with self-gravity, particles, chemistry, and magnetic fields) on CPUs/GPUs for astrophysics

AthenaPK: a performance portable version of Athena++ built on Parthenon and Kokkos

Astrophysics MHD simulation code optimized for large cluster of GPU

A fast finite volume code designed to run on many architectures, such as GPU, CPU and manycores, using Kokkos.

Compressible hydro and magneto-hydrodynamics (2nd order Godunov) implemented with MPI+Kokkos

Public version of the GIZMO multi-physics massively-parallel code

A versatile multifluid HD/MHD code that runs on clusters of CPUs or GPUs, with special emphasis on protoplanetary disks.

Three Dimensional Magnetohydrodynamic(MHD) pseudospectral solvers written in julia with FourierFlows.jl

MPI+Kokkos implementation of spectral difference method (SDM) high order schemes

IonSolver is a magnetohydrodynamic simulation software featuring an extended Lattice Boltzmann method and GPU acceleration

Some DG and WENO code of mine

A simple numerical MHD simulation code in python.

Finite Volume Constrained Transport MHD simulation of the Orszag-Tang vortex

Analyze RAMSES simulations in pure Julia: AMR grids, particles, gravity, MHD, clumps, sinks and radiative transfer through one unified API, with 140+ physics quantities computed on demand, projections, profiles and VTK export. Support for AREPO, GADGET, PLUTO, Athena++, FLASH, Chombo and AMReX/Quokka is in development.

Legolas: a modern tool for MHD spectroscopy

🚀 A parallelized numerical solver for magnetohydrodynamics (MHD) equations, developed using finite volume methods to simulate 🌌 jets in the interstellar medium. This code is optimized for large-scale astrophysical simulations with ⚡ MPI-based parallelism, making it suitable for high-performance computing environments 🖥️. Perfect for exploring th

A modern React single-page-application reimplementation of the Nanosoft Package for exploring Low Energy Nuclear Reactions (LENR) and cold fusion transmutation pathways.

The SWIRL code is a python implementation of the "Estimated Vortex Center" (EVC) method for an automated identification of vortices in two-dimensional velocity fields.