Boundary
Layer Theory Course Program (2):
Your text book is :
Boundary Layer Theory ,
By : Herrmann Schlichting .
8th Edition, 2000
ISBN 3-540-66270-7 Springer Verlag
See
next page for course structure
Course
Structure (for B.L. 2)
Course covers
following subjects:
1 Experimental
results on the Laminar Turbulent Transition
2 General Concepts
on Boundary layer Transition
3 - Fundamentals of Stability Theory
4 - Orr-Sommerfeld Equations, the eigen value
problem
5 Lord Rayleigh
Theorem "Point of inflection
criterion"
6 Curve of Neutral
Stability,
7 - Confirmation of stability theory through
experiment
8 Effect of
pressure gradiant
9 Effect of suction,
Heat transfer, Roughness,
10 Three-
Dimentional Instability
11 Taylor-Gortler
vortices, Klebanoff-type, H-type, Tollmien-
Schlichting Waves
12
Three-Dimentional Boundary Layers
13 Fundamentals of
Turbulent Flows
14 Basic Equations
for Mean Motion of Turbulent Flows
15 Description of
the Turbulent Fluctuations
16 Boundary-Layer
Equations for Plane Flows
17 Internal Flows,
Including : Couette Flow, Universal Laws of the
Wall, energy k and normal stresses, sand
roughness effects,
18 Turbulent
Models for Internal Flows,
19 Fully Developed
Internal Flows
20 Turbulent
Models: Algebraic Models, Energy Equation, Tow-
Equation Models, K-ω Wilcox
Model, K-L Rotta Model,
Reynolds Stress Models,
21 Heat transfer
Turbulent Models: Turbulent thermal diffusivity,
Mixing length for heat transfer,
Further models
22 Large-Eddy
Simulation, Direct Numerical Simulation
Course works shall be announced
later