SPHinXsys Blog
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  • Feb 11, 2025

    Rigid-deformable solid coupling validation

  • Feb 1, 2025

    Towards heterogeneous parallelism for SPHinXsys (Part 3)

  • Jan 31, 2025

    Towards heterogeneous parallelism for SPHinXsys (Part 2)

  • Jan 30, 2025

    Towards heterogeneous parallelism for SPHinXsys (Part 1)

  • Dec 21, 2024

    Gearbox Simulation by SPHinXsys

  • Dec 20, 2024

    Data type handling in SPHinXsys for heterogeneous architecture

  • Dec 9, 2024

    Multi-layer data structure in SPHinXsys

  • Nov 27, 2024

    Developing SPHinXsys in VS Code

  • Sep 25, 2024

    Misinterpretation of tensile instability in SPH solid dynamics (Part 3)

  • Sep 20, 2024

    Misinterpretation of tensile instability in SPH solid dynamics (Part 2)

  • Sep 20, 2024

    Misinterpretation of tensile instability in SPH solid dynamics (Part 1)

  • Sep 19, 2024

    Welcome to SPHinXsys!

SPHinXsys Blog

  • SPHinXsys Blog
  • xiangyu.hu@tum.de
  • Xiangyu-Hu
  • xiangyu-hu-tum
  • sphinxsys

SPHinXsys provides C++ APIs for engineering simulation and optimization. It aims at complex systems driven by fluid, structure, multi-body dynamics and beyond. The multi-physics library is based on a unique and unified computational framework by which strong coupling has been achieved for all involved physics.