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2 cards from this section. Quick, good the night before a test.
What does linear wave theory assume about the nature of waves?
Consider how waves behave in idealized systems.
What is meant by boundary value problems in fluid mechanics?
Think about situations where solutions depend on limits.
What is the primary assumption of linear wave theory?
Think about when we can simplify complex systems.
True or False: Kinematic boundary conditions allow fluid to cross an impermeable boundary.
Consider the nature of solid boundaries.
Calculate the wave potential given the following conditions in a fluid channel: width = 3m, velocity = 2m/s, and apply appropriate boundary conditions.
Start with understanding velocity potential derivations and apply continuity.
Formulate a boundary value problem for a wave moving in a tank where one end is open and the other is closed. What initial conditions should you specify?
Refer to how you define regions and apply flow constraints.
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