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Incompressible Fluid Mechanics
1. Statics
1.8. Exercises
1.8.1. Exercise 1.1
1.8.2. Exercise 1.2
1.8.3. Exercise 1.3
1.8.4. Exercise 1.4
1.8.5. Exercise 1.5
1.8.6. Exercise 1.6
2. Surface Tension
2.3. Exercises
2.3.1. Exercise 2.1
2.3.2. Exercise 2.2
2.3.3. Exercise 2.3
3. Kinematics
3.5. Exercises
3.5.1. Exercise 3.1
3.5.2. Exercise 3.2
3.5.3. Exercise 3.3
3.5.4. Exercise 3.4
4. Balance equations
4.16. Approfondimenti su alcuni bilanci
4.17. Introduction to exercises
4.18. Galilean relativity
4.19. Fluid dynamics in a non-inertial reference frame
4.20. Exercises
4.20.1. Exercise 4.1
4.20.2. Exercise 4.2
4.20.3. Exercise 4.3
4.20.4. Exercise 4.4
4.20.5. Exercise 4.5
4.20.6. Exercise 4.6
4.20.7. Exercise 4.7
4.20.8. Exercise 4.8
4.20.9. Exercise 4.9
4.20.10. Exercise 4.9 - Experiment: wake defect
4.20.11. Exercise 4.10
4.20.12. Exercise 4.11
4.20.13. Exercise 4.12
4.20.14. Exercise 4.13
4.20.15. Weighting a hidden bird
5. Bernoulli theorems and vorticity dynamics
5.5. Exercises
5.5.1. Exercise 5.1
5.5.2. Exercise 5.2
5.5.3. Exercise 5.3
5.5.4. Exercise 5.4
5.5.5. Exercise 5.5
5.5.6. Exercise 5.6
5.5.7. Exercise 5.7
6. Exact solutions of Navier-Stokes equations
6.5. Exercises
6.5.1. Exercise 6.1
6.5.2. Exercise 6.2
6.5.3. Exercise 6.3
6.5.4. Exercise 6.4
6.5.5. Exercise 6.5
6.5.6. Exercise 6.6
6.5.7. Exercise 6.7
6.5.8. Exercise 6.8
7. Similitude
7.14. Exercises
7.14.1. Exercise 7.1
7.14.2. Exercise 7.2
7.14.3. Exercise 7.3
7.14.4. Exercise 7.4
7.14.5. Exercise 7.5
7.14.6. Exercise 7.6
8. Incompressible Aerodynamics
8.1. Theorems about vorticity
8.2. Singularities in Poisson equation
8.3. Steady Aerodynamics
8.3.5. Steady Aerodynamics - 2-dimensional flows
8.3.6. Steady Aerodynamics - 3-dimensional flows
8.3.7. Weissinger method
8.4. Exercises
9. Boundary layer
9.5. Exercises
10. Instability and turbulence
10.1. RANS and energy equations
10.2. Scales of turbulence
10.3. Boundary layer flows
10.4. Exercises
Compressible Fluid Mechanics
11. Introduction to Compressible Fluid Mechanics
12. Governing equations
13. Thermodynamics
13.1. Perfect Ideal Gas (PIG)
13.2. Real Gas - Van der Waals
14. Jump conditions
15. Bernoulli’s theorem in compressible fluid mechanics
16. Vorticity equation
17. Entropy equation
18. Potential equation for irrotational compressible flows
19. Canonical flows
19.1. Quasi-1-dimensional flows
19.2. Non-ideal quasi-1 dimensional flows
19.3. Normal shocks
19.4. Oblique shocks
19.5. Expansion fans - Prandtl-Meyer relation
20. Riemann problem
20.1. P-system
20.2. Euler equations
21. Characteristics
22. Steady 2-dimensional flows
23. Acoustics
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Real Gas - Van der Waals
13.2.
Real Gas - Van der Waals
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