Case Examples

Simulation of Oil Separating Behavior for Engine Breather System｜Courtesy of Honda R&D

Makoto HAGA et al. Honda R&D Technical Review Vol.26 No.2​

Shape Optimization of Filter System using Fluid Analysis Based on MPS Particle Method｜Courtesy of ROKA SEIKO CO., Ltd.

The Japan Society of Mechanical Engineers (OPTIS2016)

Debris flow simulation on the debris flow breaker by coupled analysis of rigid body and fluid

Disaster risk reduction Planning Workshop, NPO, Tokyo, Japan
Hajime Ikeda, Takanori Ito

Oil distribution calculation in transmission｜Courtesy of UNIVANCE CORPORATION

Coupled simulation with RecurDyn (Multi-Body Dynamics Software)

*This model has been developed by The National Crash Analysis Center (NCAC) of The George Washington University under a contract with the FHWA and NHTSA of the US DOT

Simulation of vehicle running on flooded road by using coupled multibody and fluid dynamics

*This model has been developed by The National Crash Analysis Center (NCAC) of The George Washington University under a contract with the FHWA and NHTSA of the US DOT

Water flow in continuous casting rolls｜Image courtesy of Nippon Steel & Sumitomo Metal Corporation

*Image rendered with external tools

Studies on Particle Method Simulation of Bubble Behavior in Engine Lubricating Oil (First Report)｜Courtesy of Honda R&D

Koji Matsui, Koichiro Matsushita et al. JSAE16 Spring season

Vortex in stirring tank｜Image courtesy of Mitsubishi Chemical Corporation

Gas-Liquid Two- Phase Flow Simulation in S-pipe

Tsunami Simulation for the Nuclear Power Plant

Highway Flooding Simulation

Powertrain Oil Sloshing Simulation

Powder-Liquid Mixing in a Planetary mixer

Nozzle Jet Simulation

High Viscosity Mixing with triple impellers with Ensight view

Mold cooling with water spray

 Metallic Mold Cooling Simulation

Tank sloshing simulation (Velocity vectors and a rendered image) 

Micro Flows Mixing of Two Different Fluids

 S-pipe Flow Simulation

Turbulent flow simulation by Particle-based Method

 Plastic injection molding flow by particle simulation

High-viscosity mixing with triple impellers

Twin-screw injection molding｜Image courtesy of Japan Steel Works, Ltd