OneFLOW Scientific Computation
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LargeScale Multiphysics Scientific Simulation Environment

OneFLOW is a general-purpose, unstructured Computational Fluid Dynamics (CFD) software with a software architecture that encompasses multidisciplinary computations. It covers low-speed, transonic, and hypersonic ranges. The software employs second-order accurate finite volume method for numerical solution of Reynolds-averaged Navier-Stokes (RANS) equations. It integrates calculation schemes such as Roe, Van-Leer, AUSM, Steger-Warming, and provides SA and SST turbulence models. OneFLOW uses large-scale parallel computing technology and explicit/implicit time formats to efficiently solve the model equations. The software provides commonly used front-end and back-end software interfaces such as Gridgen, Tecplot, and others. OneFLOW is cross-platform, capable of running on both Windows and Linux, enabling large-scale parallel computing on local Windows workstations and remote high-performance computing clusters.

`OneFLOW CFD : Github <https://github.com/eric2003/OneFLOW/>`_

`OneFLOW Scientific Computation Document <https://oneflow-cfd.readthedocs.io/en/latest/>`_

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   :caption: Get started

   /info

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   :caption: User Guides

   /user
   
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   :caption: Reference
   
   /bash
   /cfd/index
   /cgns
   /chatgpt
   /cpp/index
   /cmake
   /cmd
   /cuda
   /design_patterns
   /eigen   
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