Chapter1 Introduction

1-1-Course Syllabus & Course Contents

1-2-Review of Elementary Principles

1-3-First Law of Thermodynamics & Perfect Gases

Introduction test

Chapter2 Control Volume Analysis

2-1-Introduction, Objectives & Material Derivative

2-2-Control Volume Approach

2-3-Conservation of Mass

2-4-Conservation of Energy-1

2-5-Conservation of Energy-2

2-6-Summary

Control Volume Analysis test

Chapter3 Control Volume Analysis

3-1-Introduction, Objectives & Comments on Entropy

3-2-Pressure-Energy Equation & The Stagnation Concept

3-3-Stagnation Pressure-Energy Equation

3-4-Consequences of Constant Density

3-5-Momentum Equation

3-6-Summary

Control Volume Analysis test

Chapter4 Introduction to Compressible Flow

4-1-Introduction & Objectives

4-2-Sonic Velocity and Mach Number

4-3-Wave Propagation

4-4-Equations for Perfect Gases in Terms of Mach Number

4-5-H-s and T-s Diagrams & Summary

Compressible Flow test

Chapter5 Varying-Area Adiabatic Flow

5-1-Introduction & Objective

5-2-General Fluid – No losses

5-3-Perfect Gases with Losses

5-4-The ∗ Reference Concept

5-5-Isentropic Table

5-6-Nozzle Operation

5-7-Nozzle Performance

Varying-Area Adiabatic Flow test

Chapter6 Standing Normal Shock

6-1-Introduction

6-2-Shock Analysis for General Fluids

6-3-Working Equations for Perfect Gases

6-4-Normal Shock Table

6-5-Shocks in Nozzle

Standing Normal Shock test

Chapter7 Moving and Oblique Shocks

7-1-Introduction

7-2-Normal Velocity Superposition

7-3-Tangential Velocity Superposition-1

7-4-Tangential Velocity Superposition-2

7-5-Oblique Shock Analysis

7-6-Boundary Flow Direction

7-7-Boundary Pressure Equilibrium

7-8-Conical Shock

Moving and Oblique Shocks test

Chapter8 Prandtl Meyer Flow

8-1-Introduction

8-2-Augement for Isentropic Flow-1

8-3-Augement for Isentropic Flow-2

8-4-Analysis of PM Flow

8-5-Over Expanded Nozzles

8-6-Under Expanded Nozzles

Prandtl Meyer Flow test

Chapter9 Fanno Flow

9-6-Reference State and Fanno Table

9-7-Correlation with Shocks

9-8-Summary

9-1-Introduction & Objectives

9-2-Analysis for a General Fluid-1

9-3-Analysis for a General Fluid-2

9-4-Working equations for Perfect Gases-1

9-5-Working equations for Perfect Gases-2

Fanno Flow test

Chapter10 Rayleigh Flow

10-1-Introduction & Objectives

10-2-Analysis for a General Fluid-1

10-3-Analysis for a General Fluid-2

10-4-Analysis for a General Fluid-3

10-5-Working equations for Perfect Gases

10-6-Reference State & Rayleigh Table

10-7-Thermal Choking due to Heating

10-8-Summary

Rayleigh Flow test