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NED University of Engineering & Technology, Karachi
GAS Dynamics
Teacher : Anjum Khalid
Books :
1) M. Haluk Aksel & O. Cahit Eralp
2) Zukrow
Chapter 3 : Introduction to Compressible
Fluid (Haluk)
3.1 Introduction
3.2 WAve propagation in compressible media
3.3 Speed of Sound
3.4 Mach Number
3.5 Pressure disturbances in a compressible fluid
Chapter 4 : Isentropic Flow (Haluk)
4.1 Introduction
4.2 Governing Equations
4.3 Stagnations conditions
4.4 Characteristics speeds of gas dynamics
4.5 Effects of area variation on flow properties in isentropic flow
4.6 Relations for the isentropic flow of a perfect gas
4.7 Working chart and working table for isentropic flow
4.8 Isentropic operation of nozzles
4.9 Performance fo real nozzles
Chapter 5 : Normal Shock Waves (Haluk)
5.1 Introduction
5.2 Physical description of wave development
5.3 Governing equations for the flow across a normal shock wave
5.4 Relations for the flow of a perfect gas across a normal shock wave
5.5 Working chart and Working table
5.6 Moving normal shock wave
5.7 Reflected Normal shock waves
5.8 Non-isentropic flow regime in converging-diverging nozzles
5.9 Non-isentropic operation of supersonic diffusers
5.10 Performance of real diffusers
5.11 Supersonic Pitot Tube
Chapter 6 : Frictional Flow in Constant Area
Ducts (Haluk)
6.1 Introduction
6.2 Governing equations for adiabatic one-dimensional flow of a perfect
gas with friction
6.3 The Fanno Line
6.4 Effect of friction on flow properties along the Fanno Line
6.5 Relations for the flow of aperfect gas on the Fanno Line
6.6 Working Chart and Working Tables
6.7 Choking due to friction
6.8 Performance of adiabatic ducts at various pressure ratios
6.9 Governing equations for isothermal 1-D flow with friction
6.10 Effect of friction on flow properties in an isothermal flow
6.11 Relations for the isothermal flow of a perfect gas in a constant-area duct
6.12 Working Charts and Working table for Isothermal flow
6.13 Choking effects in Isohtermal Flow
Chapter 7 : Flow in Constant-area ducts with
Heat Transfer (Haluk)
7.1 Introduction
7.2 Governing equations for 1D flow in constant-area duct with heating
or cooling
7.3 The Rayleigh Line
7.4 Effect of heat transfer on flow properties
7.5 Relations for the flow of a perfect gas on the Rayleigh Line
7.6 Working chart and Working table for Rayleigh Line
7.7 Choking due to Heat Transfer
Chapter 8 : Steady and Two Dimensional
Supersonic Flows (Haluk)
8.1 Introduction
8.2 Oblique Shock waves
8.3 Prandtl Meyer Flow