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Chapter 1&2: Preliminary Concepts
& Fundamental Equations of
Compressible Viscous Flow
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Chapter 3: Solutions of the Newtonian Viscous-Flows
equations
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Chapter 4: Laminar Boundary Layers
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Chapter 5: The Stability of Laminar Flows
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Chapter 6: Incompressible Turbulent Instantaneous and Mean
Flow
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Chapters
1 & 2 (1)
Chapters
1 & 2 (2)
Chapters
1 & 2 (3.1)
Chapters
1 & 2 (3.2)
Chapters 1
& 2 (4)
Chapters
1 & 2 (5)
Chapters
1 & 2 (6.1 Part 1)
Chapters
1 & 2 (6.1 Part 2)
Chapters
1 & 2 (6.2)
Chapters
1 & 2 (6.3)
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Chapter 3
Chapter
3 (5)
Chapter
3 (6)
Chapter 3
(8)
Chapter
3 (9.1)
Chapter
3 (9.2)
Chapter
3 (9.3)
Chapter 3 (10)
Guest lecture: Dr. Riccardo
Pellegrini
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Chapter
4 Laminar Boundary Layers
Chapter 4 (1)
Chapter 4 (2)
Boundary Layer Theory
Part 1
a.
Integral
Methods: Flat Plate
b.
Boundary
Layer Equations
Part
2
c.
Similarity Solutions
Part
3
d.
Momentum Integral Methods
Part 4
e.
Boundary Layer Separation
i.
Transition,
Pressure Gradient, and Boundary-Layer Separation
ii.
3D
Separation
iii.
Flow
Past Cylinders and Spheres
iv.
Sports
Ball Dynamics
v.
Unsteady
Separation
Chapter
4 (3) Free Shear Flows
(a)
Mixing
Layers
(b)
Jets
i.
2D (1,2,3)
ii.
2D Wall Jet
iii.
Axisymmetric
(Round) Jet
iv.
Axisymmetric
(Round) Jet with swirl
(c)
Wakes
i.
2D
1.
Far
Wake Flat Plate
2.
Non-Lifting
Body (a,b)
ii.
Axisymmetric
(Round) Wake
iii.
Simplified
Betz Method
Clark
Y Reference Data
Chapter
4 (4) Additional Topics
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Chapter
5 - Overview Introduction Stability of Laminar Flows
Guest lecture Dr. Massimo Miozzi: abstract, slides
Guest lecture Dr. Ginevra Rubino: abstract, slides
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Chapter
6 - Incompressible Turbulent Flow
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