Realistic Fluids. Remarkable Speed.
A non-traditional CFD solution that specialises in moving boundaries, splashing and free surface flow simulations. Uses include but are not limited to:
- Gearbox lubrication, cooling and churning loss prediction.
- Spray cooling for Pistons or E-Motors.
- Tank Sloshing.
- Vehicle wading and Soiling.
- Mixing and Material processing.
Overcome your software challenges with Particleworks
Reduce reliance on slow, costly physical testing
Particleworks simulations are fast to set up, run significantly faster compared to the next closest competitor, giving engineers full insight into flow behaviour to not only understand the root cause of issues but enabling faster, evidence-based design improvements.
End the struggle with sensible run times for CFD simulation
With Particleworks, there’s no meshing. Just define the motion and run the simulation.
Avoid innovation delays caused by manual remeshing for every design change
With no meshing and full Python API access, Particleworks lets you automate setup, solving, and analysis to enable design exploration and optimisation at scale.
Why Particleworks?
Achieve right-first-time designs through simulation-led development
Particleworks delivers moving boundary simulations orders of magnitude faster than traditional CFD, making rapid prototyping a practical reality.
Capture system-level behaviour with greater accuracy and insight
Particleworks integrates seamlessly with multi-body dynamics software RecurDyn for co-simulation, enabling fluid–structure interaction within full system models.
Improve development processes and reduce time spent on engineering
Particleworks has a Python API for full automation of setup, solving, and post-processing making it easy to scale, run DOEs, reduce errors and streamline repetitive tasks.
Simulate real-world scenarios with greater fidelity and confidence
Particleworks offers integrated multi-physics solvers – including thermal (fluid and solid), airflow, and DEM (powders) enabling accurate simulation of complex behaviours.
