Welcome to the SPHinXsys User Guide!

SPHinXsys (pronunciation: s’finksis) is an acronym from Smoothed Particle Hydrodynamics for industrial compleX systems. It provides C++ APIs for physical accurate simulation and aims to model coupled industrial dynamic systems including fluid, solid, multi-body dynamics and beyond with SPH (smoothed particle hydrodynamics), a meshless computational method using particle discretization.

Please check the detailed documentation of the code also on SPHinXsys’s GitHub, powered by Doxygen.

SPHinXsys is a multi-physics, multi-resolution SPH library. Although it is not a standalone application itself, many examples designated for the specific type of applications are provided.

Introduction

SPHinXsys architecture overview

SPHinXsys architecture overview
- Constructing a SPHinXsys system
- Carrying out a computation

SPHinXsys academic publications

Academic Publications
- Journal papers
- Preprints on Arxiv

Installing SPHinXsys

How to install SPHinXsys

Creating your own cases

Creating your own cases

Set regression test for a new case

Set regression test for a new case

Examples:

Example 1: 2D dam break

Example 2: Elastic water gate

Example 3: 3D Multi-resolution isotropic particle distribution of complex geometries

Example 4: 2D Multi-resolution isotropic particle distribution of complex geometries

Example 5: 2D Taylor-Green vortex

Example 6: Heat transfer

Example 7: 2D diffusion

Example 8: Hydrostatic water column on an elastic plate

Example 9: 2D static confinement

Example 10: Shell cases: a 2D thin plate

Example 11: Shell cases: a 3D arch

Example 12: Flow around a cylinder

Example 13: 2D oscillating beam

Example 14: 2D bifurcation flow

Example 15: 2D aortic valve

Example 16: 2D Channel flow

Example 17: 2D throat

Example 18: 2D wetting

Contribute to SPHinXsys

Contribute to SPHinXsys

How to cite SPHinXsys?

How to cite SPHinXsys?

Back to SPHinXsys project.