COURSE OUTLINE 
INTRODUCTION TO AERSP 508
PAGES 1 TO 14
PAGES 15 TO 28
PAGES 29 TO 40
PAGES 41 TO 50
PAGES 51 TO 89
REYNOLDS TRANSPORT THEOREM
CONTROL VOLUME FORMULATION OF MASS, LINEAR MOMENTUM AND ENERGY CONSERVATION IN FLUID DYNAMICS
DIFFERENTIAL FORMULATION ON A CONTROL VOLUME
Streamlines,pathlines,streaklines
Homework 1
SOLUTIONS TO homework 1
Homework 2
SOLUTIONS TO homework 2
SUPPLEMENTARY PROBLEMS SET 1
Homework 3
SOLUTIONS TO homework 3
Homework 4
SOLUTIONS TO homework 4
Homework 5
HOMEWORK ON INTRODUCTION TO BOUNDARY LAYERS
PLANE IDEAL FLOWS PAGES 90 TO 103
PLANE IDEAL FLOWS PAGES 104 TO 120
quiz 1
quiz 1 SOLUTIONS
CONFORMAL MAPPING PAGES 121 TO 129
LIFT THEOREM & KUTTA- ZHUKOWSKI TRANSFORMATION PAGES 129 TO 156
VISCOUS FLOWS & COMPRESSIBILITY PAGES 157 TO 303
FINAL EXAM (TAKE HOME)
NORMAL SHOCKS
OBLIQUE SHOCKS
ACADEMIC INTEGRITY POLICY
ACADEMIC INTEGRITY (EXAMPLES)