magnetohydrodynamics

There are 4 repositories under magnetohydrodynamics topic.

• phantom

  danieljprice / phantom

  Phantom Smoothed Particle Hydrodynamics and Magnetohydrodynamics code

  astrophysicsastronomyfortranhydrodynamic-modelingfluid-simulation-enginefluid-dynamicsfluid-solvergas-dynamicsparticlesastrophysical-simulationmagnetohydrodynamicsdust-gasgeneral-relativitysmoothed-particle-hydrodynamicssmoothed-particle-magnetohydrodynamics
  Language:Fortran 132

• magic-sph / magic

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

  mhdmagnetohydrodynamicsconvectionplanetary-sciencecfdcomputational-fluid-dynamicsstellar-astrophysics
  Language:Fortran 88

• parthenon-hpc-lab / athenapk

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

  adaptive-mesh-refinementamrastrophysicskokkosmagnetohydrodynamicsmhdperformance-portabilityparthenoncfdcomputational-fluid-dynamics
  Language:C++ 67

• pkestene / ramsesGPU

  Astrophysics MHD simulation code optimized for large cluster of GPU

  cudagpumhdcfdfinite-volumeparallel-computinghpcastrophysicskelvin-helmholtz-instabilityhdf5pnetcdfturbulenceshearing-boxmuscl-hancockconservation-laweuler-equationsrayleigh-taylorgpu-computingceamagnetohydrodynamics
  Language:C++ 59

• idefix-code / idefix

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

  computional-fluid-dynamicsgpuhpckokkosmagnetohydrodynamicsmanycore
  Language:C++ 37

• pkestene / euler_kokkos

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

  kokkoscmakecudagpuperformance-portabilityceaparallel-computingparallelismcfdfinite-volumefinite-volume-methodfluid-dynamicscppmpimagnetohydrodynamics
  Language:C++ 35

• MHDFlows / MHDFlows.jl

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

  juliagpufourierflowspdesmagnetohydrodynamicsturbulence
  Language:Julia 27

• pkestene / ppkMHD

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

  cfdcudagpugpu-computinghpckokkosceaparallel-computingperformance-portabilityfinite-volumefinite-volume-methodfinite-volumescppmpihydrodynamicsmagnetohydrodynamics
  Language:C++ 27

• FARGO3D / fargo3d

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

  astrophysicsgpu-computinghpchydrodynamicsmagnetohydrodynamicsmpi-applicationsn-bodyparallel-computingplanetsprotoplanetary-disks
  Language:C 25

• pfhopkins / gizmo-public

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

  astrophysicscosmologygalaxieshydrodynamicsmagnetohydrodynamicsphysicsplanetsradiationsimulationstars
  Language:C 24
• IonSolver

  VioletSpace / IonSolver

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

  gpusimulationfluid-dynamicsfluid-solverhigh-performance-computinglattice-boltzmannlbmmagnetohydrodynamicsopenclphysicssciencescientific-computing
  Language:Rust 22

• L1ssandra / Freljord-CFD-Library

  Some DG and WENO code of mine

  cfdcompressible-flowsconservation-lawsdiscontinuous-galerkin-methodeuler-equationsfortran90magnetohydrodynamicsmhdweno
  Language:Fortran 20

• pmocz / constrainedtransport-python

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

  astrophysicsconstrained-transportfinite-volumemagnetohydrodynamicsmhdorszag-tangscientific-computingsimulationtutorial
  Language:Python 20

• henrywatkins / gawain

  A simple numerical MHD simulation code in python.

  plasma-physicspythonmagnetohydrodynamicsnumerical-simulations
  Language:Python 14

• garethcmurphy / Interstellar-Jet-MHD-Simulation

  🚀 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

  mpimhdmagnetohydrodynamicsfluid-dynamicsfluid-simulation
  Language:C++ 13

• legolas-project / legolas

  Legolas: a modern tool for MHD spectroscopy

  magnetohydrodynamicsfinite-elementsastrophysicsspectroscopy
  Language:Fortran 13

• jcanivete / swirl

  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.

  pythonfluid-dynamicshydrodynamicsmagnetohydrodynamicssimulationswirlturbulencevortices
  Language:Jupyter Notebook 12

• mhdproject / mhdvanleer

  :ocean: Magnetohydrodynamics simulation code

  hydrodynamicsmagnetohydrodynamicsfluid-dynamicsfluid-simulationriemann-solversgodunov
  Language:C++ 10

• jbnunezd / fv-solver-mhd

  High-order finite volume solver for the magnetohydrodynamics equations

  finite-volume-methodweno-schemesmagnetohydrodynamicsfortran
  Language:Fortran 9

• c-schubert / vof-phase-coupling-library

  Small UDF (C) library, which can be used to couple between Ansys Fluent and Ansys Mechanical APDL for multiphase Volume of Fluid (VoF) calculations

  ansysansys-apdlansys-fluentmagnetohydrodynamicsudf-libraryvof-pc
  Language:C 8

• michaeltouati / AMoRE

  Hybrid Vlasov-Fokker-Planck code for fast simulations of relativistic electron beam transport in a denser solid or plasma.

  relativistic-electron-beamsolid-state-physicsquantum-electrodynamicsmagnetohydrodynamicsplasma-physicstransport-coefficientslaser-plasma-interactionshock-ignitionvlasov-fokker-planck
  Language:Fortran 7

• cmoestl / interplanetary-grad-shafranov

  Grad-Shafranov reconstruction for interplanetary magnetic flux ropes

  heliophysicsmagnetohydrodynamicsspacephysicssolarwindsolarphysics
  Language:MATLAB 6

• mrkondratyev / Piastra

  A teaching framework for studying computational (astrophysical) fluid dynamics & MHD. 1D/2D linear advection, inviscid compressible hydrodynamics, and MHD solvers are implemented in a user-friendly manner using various finite-volume Godunov-type methods. The code is written in Python with extensive use of NumPy library for clarity and performance.

  cfdhydrodynamicsfluid-simulationmagnetohydrodynamicsadvectionastrophysical-simulationpython
  Language:Python 6

• crewsdw / Magnetohydrodynamics2D

  Incompressible viscous MHD in two dimensions with mixed discontinuous Galerkin / Fourier spectral method

  magnetohydrodynamicsdiscontinuous-galerkincuda
  Language:Python 5

• whbarndt / MHD-Alfven-Wave-1D-Sim

  1D simulation of the Alfven wave found in magnetohydrodynamic modeling of plasmas

  magnetohydrodynamicsmhdphysicsplasma-physicssimulation
  Language:Python 5

• henrywatkins / PARAMAGNET

  Magnetised laser-plasma physics simulation code

  physicsphysics-simulationplasma-physicsplasmac-plus-pluscomputational-physicsmagnetohydrodynamics
  Language:C++ 4

• leon-astrophy / cumc3d

  A CPU/GPU Accelerated Multi-dimensional Magnetohydrodynamics Code

  astrophysical-simulationastrophysicshydrodynamicsmagnetohydrodynamicssupernovaeblack-holesaccretion-disc
  Language:Fortran 4

• ToonWeyens / PB3D

  High-n peeling ballooning MHD stability in 3-D

  hpcmagnetohydrodynamicsmhdplasma-physicsstability
  Language:Fortran 4

• iraola / Q2DmhdFoam

  A fast magnetohydrodynamic solver with buoyancy for OpenFOAM

  fluid-dynamicsmagnetohydrodynamicsnuclear-fusion
  Language:C++ 3

• jbnunezd / fd-solver-mhd

  High-order conservative finite difference solver for the magnetohydrodynamics equations

  finite-difference-methodweno-schemesmagnetohydrodynamicsfortran
  Language:Fortran 3

• mhdproject / dmr

  hydrodynamicsmagnetohydrodynamicsadaptive-mesh-refinementhdf5
  Language:Fortran 3

• qalshidi / comfi

  Collisional Multi-Fluid ion MHD code

  mhdmagnetohydrodynamicsphysics-simulationchromospherecfdcollisionalmuscltvdgpgpugpgpu-computinggpgpu-simgpu-computinggpu-acc
  Language:C++ 3

• raboonik / EEDM

  An MPI-parallelized Python package to compute the eigenenergies described in a series of publications titled "Exact Nonlinear Decomposition of Ideal-MHD Waves Using Eigenenergies (EEDM)".

  applied-data-scienceapplied-mathematicsfluid-dynamicsfluid-mechanicsfluid-simulationmagnetohydrodynamicsmhdmhd-simulationplasma-physicscomputational-methodscomputational-physics
  Language:Python 3

• tberlok / comoving_mhd_waves

  Analytic and numeric reference solutions for comoving magnetohydrodynamic waves

  cosmological-simulationscosmologymagnetohydrodynamicspythonwaves
  Language:Python 3

• lukbrb / fvNd-unit-test

  Results and descriptions of unit tests run with fv1d, fv2d or fv3d.

  finite-volumehpchydrodynamicsmagnetohydrodynamics
  Language:Jupyter Notebook 2

• ZINZINBIN / MHD-plasma-simulation

  2-dimensional FVM simulation code for nonlinear MHD turbulence

  computational-physicsnumerical-methodsplasma-physicsmagnetohydrodynamics
  Language:Python 2