Particleworks

Particleworks

An advanced CFD Software solution, based on the Moving Particle Simulation (MPS) method

Particleworks

Particleworks is a product of Prometech.

Particleworks is an advanced CFD Software solution, based on the Moving Particle Simulation (MPS) method.

Distributed by EnginSoft across Europe, Particleworks provides significant time and cost savings by eliminating the mesh generation that is required for conventional CFD software.

With Particleworks, engineers are able to model and simulate large-scale problems without overwhelming resources.

For CFD Users, Particleworks can help you achieve faster, better process with reduced resource comsumption.

For Engineers relying on tests because traditional CFD is taking too long, complex and resource demanding. Particleworks can help you save money through CAE simulation.

An advanced CFD Software solution, based on the Moving Particle Simulation (MPS) method

Main benefits

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  Gain significant time and cost savings with the Mesh-free particle method

  Achieve improved accuracy of free surface flow

  Overcome complex boundary geometries with flexible boundary conditions

  Accelerate flexible fluid power/fluid rigid body integrations

  Understand the modularity of chemical reactions and mixing

Documentation

brochure

Futurities: 2023 special issue on Particleworks

Moving Particle Simulation (MPS) is a meshless method of Computational Fluid Dynamics (CFD) specifically conceived to analyse liquid flows, from the most common liquids like water and oil, to the most complex ones such as highly viscous consumer products, adhesives, polymers, and foods or even semi-solid materials like grease or organic waste.

This publication is a collection of papers addressing different industrial sectors and covering applications ranging from lubrication of transmissions, cooling of engines, prevention of aquaplaning, and fire extinguishing, to the electrification of mobility solutions and the study of snow drifts.

Download the special issue

Particleworks

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Insights

CASE STUDY

Analyzing the process of filling a flexible pouch by coupling multi-flexible-body dynamics and particle-based CFD simulation

Investigating the effects of the parameters to select the optimal machine configuration

Packaging companies are always striving to stay one step ahead of their competitors in providing the best solutions for product capacity.

consumer-goods food-beverage recurdyn particleworks

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CASE STUDY

Damage Estimation of Vehicle through Tsunami Simulation using Particleworks and LS-DYNA

MPS method in fluid computational dynamics offers possibilities for improving the design of vehicle safety

In this technical article, we demonstrate how to apply a one-way coupling technique using a combination of ParticleWorks and LS-DYNA to estimate tsunami damage to a vehicle.

automotive ls-dyna energy cfd particleworks environmental

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Our competences in Particleworks

CASE STUDY

Exploring multi-resolution particle CFD methods

Particle-based CFD (computational fluid dynamics) methods have become very popular in recent years due to the simplicity of the model configuration process and the ability to solve free surface problems such as splashing.

automotive particleworks

CASE STUDY

Optimization of water spray parameters by 3D CFD particle simulation for an automotive anti-aquaplaning system

In this paper, we discuss the digital modelling and simulation of the EASYRAIN Aquaplaning Intelligent Solution (AIS) using mesh-free moving particle simulation (MPS).

automotive particleworks

CASE STUDY

Churning loss within a calender roll of a paper machine

Using Particleworks to investigate the churning loss in terms of the torque caused by the oil-piston interaction within a calender roll of a paper machine

Performing flow simulations to investigate the complex loss mechanisms caused by the interaction of the rotating oil ring within a piston in the inside of the roll of a calender, which is an important device of a paper machine. Hereby, the trends of the churning losses are determined for design improvement conducted by Voith Paper R&D.

particleworks mechanics