SPHinXsys offers a new frontier in simulation technology with the cutting-edge unified
multi-physics
simulation and optimization library.
Harnessing the power of particle-based modeling, the platform addresses the
complexities of fluid dynamics,
structural mechanics, fluid-structure interactions, thermal analysis, chemical reactions and
AI-aware optimizations.
SPHinXsys is characterized with its monolithic strong coupling based on smoothed particle
hydrodynamics
(SPH).
It ensures seamless, temporal and spatial local coupling with the
guarantee of mass, momentum and energy conservation within each individual subsystem and the
global system at
the same time.
It empowers your engineering endeavors with a versatile and intuitive
solution across a spectrum of industries.
Find a detailed description of the code philosophy, components, and implementations in the SPHinXsys Computer Physics Communications article. Whether is fluid dynamics, solid dynamics, heat transfer and problems with reaction, or/and their couplings, SPHinXsys is ready for you.
Thanks for the generalized formulation techniques, all physical models are formulated with SPH method. Therefore, monolithic coupling is achieved for all physics in continuum medium.
Extensive material models have been implemented in SPHinXsys. A special feature is that independent material properties can be detailed to individual particle level.
SPHinXsys uses structure-of-array (SoA), and introduces particle-sorting. Such techniques lead to dramatic increase of computational efficiency due to the cache-friendly design.
Copyright © 2021 SPHinXsys