Simcenter STAR-CCM+
Lagrangian multiphase modeling in Simcenter STAR-CCM+
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The aim of this course is to teach the techniques needed to conduct accurate and efficient particle or droplet simulations using computational fluid dynamics. Basic concepts of Lagrangian multiphase are presented. Injection from plane or hyperbolic surfaces and cones are explained in detail and practiced in labs. Various options are available when particles hit a boundary, these are presented and practiced including the formation of a fluid film.
This training course is appropriate for engineers who wish to refine their simulation analysis skills within the multiphase modeling application area and is appropriate for various industrial applications such as oil and gas applications, pharmaceutical applications, civil engineering, hydraulic engineering etc.
- Student Guide
- Activity Material
PRIMARY COURSE TOPICS
- Lagrangian multiphase basic concepts
- What are particle tracks?
- Recommendations for steady and transient simulations
- Visualization of particle tracks in scenes and histograms
- Composite boundary interaction modes
- Fluid film modeling
- Several injector types and injection variations are explained and practiced
- Lab geometries:
- Simple examples of a bended pipe and a shower
- Hydraulic filter
- Spray dryer
- Soiling of a mirror