MPS粒子法を用いた
最先端の流体解析シミュレーション
MPS粒子法を用いた
最先端の流体解析シミュレーション
Simulates liquid behaviors such as water and oil, at high-speed.
The MPS (Moving Particle Semi-implicit) and SPH (Smoothed Particle Hydrodynamics) are two common particle-based fluid simulation techniques. MPS excels in stable simulation of free surfaces with large deformations and interactions with structures, while SPH is known for its ease of implementation. Particleworks uses the MPS method to accurately and stably simulate highly deformable fluids like water and oil. It is designed for design evaluation, product development, and academic research.
Time-saving simulation method
without mesh generation
High-accuracy simulation
for fluid deformation
High-scalable GPU computing
Applications
Functions and Features
One-stop intuitive GUI operation from pre- through post-processing
MPS (Moving Particle Simulation) based CFD solver
Conjugate heat transfer simulation between fluids – structures.
Multiphysics simulation for more accurate verification.
Airflow solver for the complex gas-liquid flow field.
High-speed GPU computing
Industry range of users
Automotive &
transportation
Steel &
Metals
Medical &
Pharmaceutical
Food &
Consumer goods
Infrastructure &
Energy
Electricity &
Machinery
Chemicals &
Materials
Civil Engineering &
Architecture
Solutions using Particleworks
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.
Get to know Particleworks in detail
On-Demand webinar
You can see videos including solution introductions and simulation examples whenever you like.