September

3

LABOR DAY

no class

5

Introduction

7

Characteristics of fluids

10

Basic equations, system and control volumes

12

Fluid statics

HW#1 Due

solution

14

Fluid statics

17

Fluid statics

19

Basic laws for a system, Reynolds transport theorem

HW#2 Due

solution

21

Reynolds transport concepts, conservation of mass

24

Conservation of mass 

26

Review for exam

HW#3 Due

solution

28

Exam #1 in class

ROOM 1610 ENGR HALL

Solution

October

1

Conservation of momentum

3

Conservation of momentum

5

Conservation of momentum

HW#4 Due

solution

8

Conservation of momentum

10

Conservation of momentum

HW#5 Due

solution

12

Conservation of momentum

15

Review of conservation of linear momentum

17

Conservation of angular momentum

HW#6 Due

solution

19

Conservation of energy, entropy

22

Review for exam

HW#7 Due

solution

24

Exam #2 in class

ROOM 1610 ENGR HALL

26

Review exam 2

29

Differential forms of the basic equations - continuity

31

Convective acceleration

HW#8 Due

solution

November

2

Navier-Stokes equations

5

Navier-Stokes equations

7

Navier-Stokes equations

HW#9 Due

solution

9

Bernoulli equation

12

Static, stagnation and dynamic pressure

14

Dimensional analysis

HW#10 Due

solution

16

Dimensional analysis

19

Dimensional analysis

HW#11 Due

solution

21

Exam #3 in class

ROOM 1610 ENGR HALL

23

THANKSGIVING

 no class

26

Review exam 3; pipe flow

28

Solution to practical piping problems

30

Practical pipe flow

HW#12 Due

solution

December

  3

Pipe flow

5

Boundary layers

HW#13 Due

solution

7

Drag

10

Lift

12

Compressible flow

HW#14 Due

solution

14

Compressible flow

17

19

21