VSOP-PS (Particle Simulation) / Material Simulation
Particle-based Fluid, Heat Transfer, and Powder Calculation Engine for Composite Process Design
VSOP-PS is a computational fluid dynamics simulation engine based on the particle method (MPS = Moving Particle Simulation/Semi-Implicit method). The particle method is a simulation method that has strength in its robustness for simulating large deformation. In recent years, the particle method has been applied not only in basic research but also in industrial fields, and many examples can be seen in the automotive, transportation equipment, civil engineering, and construction fields. However, there have not been many applications to materials development on a small scale, such as slurries, which are problems in the battery electrode process, and composite resin materials. Therefore, VSOP-PS, a particle-based mesoscale material process simulation engine, has been developed for developers of battery electrodes, cosmetics, composite resin materials, powder materials, and their manufacturing processes. VSOP-PS analysis covers a spatial scale of tens of nanometers to tens of micrometers and a time scale of micro to milliseconds. Furthermore, VSOP-PS is characterized by its ability to evaluate filler volume fractions, their shapes, and filler-filler interactions.
J-OCTA RVE modeler is required to create VSOP-PS models.
VSOP-PS Case study
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MEng. Mechanical Engineering @ Concordia University | Aspiring Thermal Design and Production Engineer | Thermofluid | FEA | CFD | CAD | Stress and Structural Analysis | Composites
4wThis article on VSOP-PS does an excellent job of introducing a particle-based simulation engine tailored for material and composite process design, with specific relevance to industries like automotive, civil engineering, and battery manufacturing. The clarity in outlining VSOP-PS's applications, from viscosity evaluation to thermal conductivity calculations, highlights the tool's robustness in handling complex material properties. To enhance this further, incorporating unique selling points would be beneficial. For instance, emphasizing the technical advantages of VSOP-PS over traditional CFD tools in terms of accuracy and resilience in large deformation simulations would give readers a deeper understanding of its strengths. Thanks for the knowledge sharing. It has been a wonderful read for me.