Objective: Simulate tidal flushing and Lagrangian particle tracking in a baffled harbor with a U-shaped mask boundary. Demonstrates particle movements with different slippage and random movement setups.
Dimensions: 2D (depth-averaged, 1 layer)
Grid: 6,000 horizontal cells | IC = 60, JC = 100
Run Period: 5 days
Activated Modules: Hydrodynamics, Lagrangian particle tracking
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