Particleworks &
granuleworks
ICEMM, empresa especializada en simulación CFD-DEM, es ahora proveedor oficial en España y Portugal del software Particleworks y Granuleworks, dando un gran paso hacia la excelencia y especialización dentro del área de simulación.
Particleworks es un software CAE de CFD sin malla basado en el método Moving Particle simulation (MPS), un enfoque lagrangiano para resolver las ecuaciones de Navier-Stokes, idóneo para flujos multifásicos como chorros de aceite o salpicaduras, con solvers térmico y de aire integrados. Se configura directamente desde el CAD y su solver, fácilmente paralelizable, aprovecha la aceleración multi-GPU permitiendo una alta eficiencia computacional.
Granuleworks, solver DEM complementario con la misma interfaz e idéntica eficiencia en GPU, que permite la simulación acoplada o desacoplada con Particleworks de partículas sólidas.
Particleworks:
Mesh-less simulation
Particleworks is a cutting-edge CAE (Computer Aided Engineering) software based on the innovative, mesh-less Moving Particle Simulation method (a Lagrangian approach) to solve Navier-Stokes equations.
Multi-phase and multi-physics simulations
The Moving Particle Simulation, Mesh-Less Computational Fluid Dynamic (CFD) method, is ideal to analyze multi-phase flows, like oil jets or water splash. Moreover, a thermal solver for fluid and solid temperature predictions as webll as a Finite Volume Method for automatic air simulations is also integrated in the software.
Fast and easy setup for everyone
The mesh-less particle simulation streamlines directly from the CAD, handling intricate geometries and moving components. With its intuitive interface and swift simulation preparation, it facilitates widespread adoption, enabling engineers to take advantage of difital models.
GPU-accelerated results
Moving Particle Simulation is easily paralelizable, making multi-GPU acceleration possible with a linear decrease of simulation times when the number of GPUs is increased.
Key features
- Mesh-less CFD to solve Navier-Stoker equations
- From CAD to simulation in 1 day
- Multi-physics capabilities: thermal and air solvers
- Granular and powder materials
- GPU-enabled acceleration
- Experimentally validated in industrial applications
- Couplings available with Ansys Workbench (Fluent, Mechanical), Romax, RecurDyn and many more
Particleworks - applications
- Lubrication and cooling of mechanical system
Transmissions
Electric Motors & IC engines
- Vehicle water interaction
Vehicle water interaction
Rain on windshield
- Washing and cleaning processes (pharma, food&beverage, chemical...)
Washing processes
Cleaning processes – Material removal
- Hydraulic - Free surface
Open Channel
Water Jump
Granuleworks:
Mesh-less Discrete Element Method simulation
Granuleworks is a cutting-edge Discrete Element Method (DEM) solver designed to meticulously unravel Newton’s 2nd Law of Motion, specifically tailored for the simulation of bulk solids and powders.
One woftware for MPS and DEM
Onstalled with Particleworks, Granuleworks is an additional solver but its familiar interface ensures a smooth transition for those already acquainted with Particleworks. Granuleworks revolutionizes the study and analysis of granular materials, spanning from powders to snow and rigid spheres.
Fast, easy and GPU-accelerated simulations
Granuleworks shares the core solver of Particleworks, offering fast and easy setup for a range of granular materials like powders and hard spheres. Its mesh-less approach simplifies simulations directly withing CAD, accommodating complex geometries and moving parts effortlessly. With GPU-accelerated results, multi-GPU acceleration is achievable for faster simulations.
Key features
- Power and solid particle analysis
- User-defined granulometry of powders
- Advanced molecular forces models (Van der Waals, Rolling resistance, etc.)
- Scalable DEM (SDEM)
- Multiphysics capabilities with Finite Volume solver for air and thermal simulations
- Flexible body coupling with RecurDyn
Granuleworks - applications
- Mixing
Mixing – Model 01
Mixing – Model 02
- Powder filing, dosing, compression
Compressing Analysis
Powder Filing Process
- Powder - FVM Coupling
Powder transfer by air (powder + air coupling)
- Powder - FVM Coupling
Simulacion of Erosion
