MPS, the Moving Particle Simulation Method developed by Prof. Seiichi Koshizuka of the University of Tokyo, the Co-founder and the External Board Member of Prometech Software, Inc. can handle free surface and incompressible flows.

No need to set the analysis region in advance. The particles themselves represent the flow of fluid. This is optimal for tracking conditions where fluid droplets are widely scattered.

Easily modeling of the fluid parts with CAD data of the walls, even for containers and piping of complex shapes. Only the initial particle spacing needs to be specified. Particles are evenly distributed according to the specified spacing.

​No abnormal termination and mesh collapsing issues.

Aerodynamics, water splash, and waterway driving simulation

Simulates gas-liquid flow considering airflow and water splash for vehicle driving.

Motor Cooling

Evaluates motor cooling capability by simulating fluid-structure heat transfer and oil behavior simultaneously.

Fuel tank

Evaluates fuel tank sloshing by considering the behavior of air and fluid surfaces with large deformations.

Gearbox

Simulates and evaluates oil behavior and torque in a gearbox that is very difficult to see inside.

Concrete flow

Simulates and visualizes mortar and aggregates to evaluate viscosity and shear rate.

Offshore structures

Simulates load and sea surface behavior caused by wave interference with offshore structures.