MCG 3341 - FLUID MECHANICS II
COURSE OUTLINE

Lecture Chapters and Sections	Textbook Sections
CHAPTER I: DIFFERENTIAL TREATMENT OF FLUID MOTION / COMPUTATIONAL FLUID DYNAMICS
1.1 Differential Equations of Motion
1.1.1 Continuity Equation for Incompressible Flows	5.1
1.1.2 Acceleration and Vorticity	5.3
1.1.3 Momentum Equation	5.4
1.1.4 Potential Flow	6.7
1.2 Computational Fluid Dynamics	5.5
CHAPTER II: EXTERNAL FLOWS
2.1 Boundary Layers (B.L.)
2.1.1 The Boundary Layer Concept	9.1
2.1.2 Boundary Layer Thicknesses	9.2
2.1.3 Laminar B.L. with Constant Pressure	9.3 (Web)
2.1.4 Turbulent B.L. with Constant Pressure	9.5
2.1.5 Effect of Pressure Gradient	9.6
2.2 Drag	9.7
2.2.1 Definitions
2.2.2 Skin Friction
2.2.3 Form Drag
2.2.4 Drag Reduction
2.2.5 Flow-Induced Vibrations
2.3 Lift	9.8
2.3.1 Definitions
2.3.2 Lift on 2-D Airfoils
2.3.3 Finite Wing Effects
2.3.4 Magnus Effect
CHAPTER III FLUID MACHINERY
3.1 Types of Fluid Machinery	10.1
3.2 Principles of Operation
3.2.1 The Angular Momentum Principle	4.7
3.2.2 The Euler Turbomachine Equation	10.2
3.2.3 Velocity Diagrams	10.2
3.2.4 Hydraulic Power	10.2
3.3 Pumps
3.3.1 Dimensionless Groups	7.6
3.3.2 Performance Characteristics	10.3
3.3.3 Similarity and Scaling of Pumps	10.3
3.3.4 Pumping Systems	10.3
3.3.5 Cavitation	10.3
3.3.6 Positive Displacement Pumps	10.4
3.4 Fans, Blowers and Compressors	10.3, 10.7
3.5 Hydraulic Turbines	10.5
3.6 Propellers and Wind Turbines	10.6
3.7 Jet Engines
CHAPTER IV: COMPRESSIBLE FLOWS
4.1 Review of Thermodynamics	12.1
4.2 Sound Waves	12.2
4.3 Isentropic Stagnation Properties	12.3, 12.4
4.4 Isentropic Flow in Ducts	13.1, 13.2
4.5 Normal Shock Waves	13.3
4.6 Flow in Ducts with Shocks	13.4
4.7 Oblique Shocks	13.7