Simcenter STAR-CCM+
STAR-CCM+ Advanced/Virtual Towing Tank
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Describe considerations to keep in mind when generating marine-related meshes.
Identify structural and fluid physics areas to resolve in a model where it is important to properly refine meshes.
Identify areas in a model where mesh can be coarse in order to save computational time.
Describe in general terms the volume of fluid (VOF) model.
Explain in general terms the high-resolution interface capturing scheme (HRICS) and its importance for creating physics-accurate meshes.
List examples of marine design applications including water alone, air alone, and both water plus air.
Naval Architecture 관련 전공자
- Student Guide
- Activity Material
None
PRIMARY COURSE TOPICS
Day 1
General aspects of the virtual tow tank
WORKSHOP: Meshing (Motorboat I)
Dynamic Fluid Body Interaction (DFBI)
WORKSHOP: DFBI setup (Motorboat II)
WORKSHOP: Naval vessel
VOF waves
DEMO: Setup of VOF waves
WORKSHOP: Seakeeping – Naval Combatant in Head Seas
Day 2
DEMO: Data analysis for marine simulations
Overset mesh
WORKSHOP: Overeset Mesh (Motorboat III)
Marine propellers
Cavitation
WORKSHOP: Open water virtual disk model
WORKSHOP:3-Bladed propeller on simplified hull