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3 cards from this section. Quick, good the night before a test.
What defines a free surface?
What happens at the surface of a fluid without overhead pressure?
Describe what a kinematic boundary condition entails.
Think about fluid behavior and its interface.
What is the primary focus of kinematic boundary conditions?
What aspect does it emphasize regarding fluid interfaces?
True or False: The pressure on a free surface can vary significantly across its length.
Consider how fluid surfaces behave based on their constraints.
A dam is designed to hold back water at varying heights. Analyze how the pressure distribution changes as water levels rise and how this affects structural integrity.
Consider how increasing water height multiplies the pressure exerted on the dam.
In a tsunami scenario, evaluate how rapid wave displacement creates pressure differentials and discuss possible engineering solutions to mitigate impact.
Think about how pressure and height interact in such scenarios.
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