2. BOUNDARY LAYERS |
2.1 Introduction. Equations of the boundary layer. Introduction to perturbations. Thicknesses and general considerations. Laminar boundary layers
2.2. Integral equation of Karman.
2.3. Blausius Solution. Effects of suction/blown.
2.4. Solutions of Falkner-Skan.
2.5. Thermal bpundary layer
2.6. Effects of compressibility. Boundary layers at very high speed |
3. TURBULENCE |
3.1 I Review of properties of turbulence. Free turbulence. Turbulent dynamic boundary layer. Turbulent thermal boundary layer
3.2 RANS and LES models. |
5. INTRODUCTION TO EXPERIMENTAL MEASUREMENTS IN FLUIDS |
5.1. Characterisation of Turbulent Flow
5.2. Measurement of Temperature and Heat flow
5.3 Measure of Pressure
5.4 Measure of forces
5.5 Hot-wire anemometer.
5.6 Laser anemometer
5.7 Other measurement and visualisation techniques for fluids |