Lecture 5: Laws, Approximations, and Relations of Fluid Mechanics
Description:
Lecture notes on laws, approximations, and relations of fluid mechanics. Topics include useful vector operations and identities, time derivative of a fluid volume integral, conservation of mass, conservation of momentum, equations of motion for inviscid fluid, Eulerian description of the fluid interface, surface tension, boundary conditions, Bernoulli’s law, and force on a body in a magnetic fluid.
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Lecture 5: Laws, Approximations, and Relations of Fluid Mechanics
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Fall
2008
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