Simcenter SPH Flow is a rapid meshless computational fluid dynamics (CFD) tool that provides designers and analysts a fully integrated environment. Enabling sophisticated CFD earlier in the development cycle, it uses the innovative smoothed-particle hydrodynamics (SPH) method.
Reduce set up and solving times
Easily handle complex geometries and motions with a rapid and robust meshless method. Resolve complex highly dynamic fluid/fluid interface with no extra effort. Automate your process with a guided step-by-step workflow.
Leverage on a meshless method
The smoothed-particle hydrodynamics (SPH) method is part of a new generation of numerical methods, developed to overcome meshing-related constraints with traditional approaches while still being based on the Navier-Stokes equations. With its Lagrangian characteristic and its particle-based approach, Simcenter SPH Flow is particularly well suited for highly dynamic flows, deformable and complex boundaries, and interfaces with fragmentations/ reconnections.
Analyze complex transient applications
Benefit from a detailed analysis of dynamic flows at no additional cost. Precisely capture areas of interest with adaptive particle refinement.
Stay integrated
Get a better insight of lubrication oil trajectory considering air friction. Ensure optimal performance considering temperature coupling. Improve reliability considering fluid-structure interactions.
What’s new?
![Computer model of a car with SPH Flow modelling how rain falls on it](https://images.sw.cdn.siemens.com/siemens-disw-assets/public/71Ve3HyTp3doYcbOaZ5T23/en-US/simcenter-sph-flow-2206-released-640x480.jpg?auto=format,compress&w=843&q=60)
Run faster simulations through efficient solid boundary condition treatment. Easily set up fluid-structure one-way coupling interactions. Model the complexity of mixing applications with multiple liquids.