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PHY 711 Classical Mechanics and Mathematical Methods
9-9:50 AM MWF Olin 107 Plan for Lecture 28: Introduction to hydrodynamics (Chap. 9 in F & W) Incompressible fluids Isentropic fluids 11/6/2017 PHY 711 Fall Lecture 28
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Newton’s equations for fluids
Use Euler formulation; properties described in terms of stationary spatial grid t’ t 11/6/2017 PHY 711 Fall Lecture 28
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Euler analysis -- continued
Example: 11/6/2017 PHY 711 Fall Lecture 28
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Some details on the velocity potential
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Example – uniform flow z a b 11/6/2017 PHY 711 Fall Lecture 28
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Example – flow around a long cylinder (oriented in the Y direction)
^ X v0 Z ^ r=a v0 Z ^ q ^ Z 11/6/2017 PHY 711 Fall Lecture 28
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Spherical system continued:
(Continue analysis for homework) 11/6/2017 PHY 711 Fall Lecture 28
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Solution of Euler’s equation for fluids
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Bernoulli’s integral of Euler’s equation for constant r
For incompressible fluid 11/6/2017 PHY 711 Fall Lecture 28
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Solution of Euler’s equation for fluids -- isentropic
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Solution of Euler’s equation for fluids – isentropic (continued)
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Solution of Euler’s equation for fluids – isentropic (continued)
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Solution of Euler’s equation for fluids – isentropic (continued)
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Summary of Bernoulli’s results
For incompressible fluid For isentropic fluid with internal energy density e 11/6/2017 PHY 711 Fall Lecture 28
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Application of fluid equations to the case of air in equilibrium plus small perturbation
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Analysis of wave velocity in an ideal gas:
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11/6/2017 PHY 711 Fall Lecture 28
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