## Prof Róbert von Fáy-Siebenbürgen## GIAN Lectures: Advanced Fluid Dynamics
- Why Study ... Advanced Fluid Dynamics
- Overview
- Recap - Chapters 1-2 - Fundamentals
- Recap - Chapters 3-4 - Vector Calculus I, II
- Concepts I - Chapters 5-6 - Intro to Fluids; Kinematics
- Concepts I - Chapters 7-9 - Inviscid Fluid, Irrotanional Flow; Dynamic Stability
- Concepts II - Chapter 1 - The Governing Equations
- Concepts II - Chapter 2 - Some Simple Solutions
- Concepts II - Chapter 3 - Reynolds Number, Vorticity, Irrotational Flow
- Concepts II - Chapter 4 - Boundary Layers
- Waves and Oscillations - Chapter 1 - Waves on Strings
- Waves and Oscillations - Chapter 2 - Use of Fourier Series
- Waves and Oscillations - Chapter 3 - Sound Waves and the Equation of Continutity
- Waves and Oscillations - Chapter 4 - Surface Waves on Liquids
- Waves and Oscillations - Chapter 5 - Modelling Traffic Flow
- Magnetohydrodinamics - Chapter 1 - Basics, Governing equations, MHS
- Magnetohydrodinamics - Chapter 2 - Linear MHD Waves and Instabilities
- Magnetohydrodinamics - Chapter 3 - Mathematical Modellling of MHD
- Sheets for Recap Section R-Ex1, R-Sol1; R-Ex2, R-Sol2;
- Sheets for Concepts I Section CI-Ex3, CI-Sol3; and CI-Ex4, CI-Sol4
- Sheets for Concepts II Section CII-Ex1-Sol1, CII-Ex2-Sol2, CII-Ex3-Sol3, and CII-Ex4-Sol4
- Sheets for Waves and Oscillations Section WO-Ex1, WO-Sol1; WO-Ex2, WO-Sol2; WO-Ex3, WO-Sol3; WO-Ex4, WO-Sol4; and WO-Ex5, WO-Sol5
Useful ## Auxilary Java applets
Here you find a list of Java applests that may help you to visualize the
course material.
## Reference Literature
R. Knobel: An Introduction to the Mathematical Theory of Waves
J. Billingham & A.C. King: Wave Motion
G.B. Whitham: Linear and Nonlinear Waves
Sir J. Lighthill: Waves in Fluids Thanks: I would like to sincerely thank all those colleagues and friends (Professor Chatwin, Ohkitani, Drs Fedun, Malins, Rees and Willis) who helped me putting these notes together. |