SPH-flow Explorer: Bring design forward with earlier results

The SPH-flow solvers use the Smoothed Particle Hydrodynamics (SPH) method. This method looks at computational fluid dynamics in a new light. SPH-flow Explorer is made to simulate complex problems faster than ever before.

Product brochure

SPH-flow

FREE software evaluation

SPH-flow trial version

Fastest results to speed-up early-design exploration

SPH-flow Explorer: shortest time-to-results than ever

 

SPH-flow Explorer is a brand-new solver optimized to deliver results as fast as possible. It relies on finely tuned High-Performance Computing (HPC) capabilities, involving vectorization, MPI multi-CPU communications and, in a near future, OpenMP multi-threading and GPGPU technologies. SPH-flow Explorer can be 5 to 100 times faster than conventional Finite Volume (FV) solvers on applications that best fit with the SPH method, meaning that 1 week of computation may now shrink to few hours, with often better simulation results compared to FV on such applications.

 

Features

No tedious meshing operations for faster and easier simulation setup

Lagrangian formulation for advection-related physical phenomena

CFD sloshing

Accurate free-surface tracking

Aquaplaning simulation

Wide variety of accounted physics

Strongly scalable MPI algorithms for HPC

Characteristics

Resolved physics:

    • Navier-Stokes or Euler equations
    • Incompressible approach
    • Implicitly tracked free surface
    • Viscosity models
    • Surface tension models
    • Heat transfer and thermal analysis
    • Various boundary conditions: no-slip/slip, inlet/outlet…
    • Rigid body with imposed or free motion

Numerical aspects: 

    • Particles-based method SPH
    • Lagrangian approach
    • Pressure Poisson Equation (PPE) resolution
    • Ghost boundary formulations
    • Implicit time scheme
    • Scalable parallel computing based on MPI protocol