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Case 1: no flow

Case 1: no flow. Chapter 2.  Fluid statics. Case 2: flow, global analysis. Chapter 3. CV theory conservation of mass, linear momentum balance, energy balance. Case 3a: flow, local analysis (outer flow). Chapter 4.  Inviscid flow theory  Euler equation.

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Case 1: no flow

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  1. Case 1: no flow Chapter 2  Fluid statics

  2. Case 2: flow, global analysis Chapter 3 • CV theory • conservation of mass, linear momentum balance, energy balance

  3. Case 3a: flow, local analysis (outer flow) Chapter 4  Inviscid flow theory  Euler equation

  4. Case 3a: flow, local analysis (outer flow) Chapter 4  Inviscid flow theory  Euler equation

  5. Case 3b: flow, local analysis (inner region) Chapter 4  Viscous flow theory  NS equations

  6. Case 3b: flow, local analysis (inner region) Chapter 4  Viscous flow theory  NS equations

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