(01/28/02)

 

10.301.  Fluid Mechanics.  Spring 2002 Class Schedule

 

Lecture TR11(66-110)

Recitation M10(66-148) or M11(56-154) or M9(25.210) or M12(66-156)

 

Reading assignments are in Munson, Young, and Okiishi, Fundamentals of Fluid Mechanics, 4th ed., John Wiley and Sons, NY, 2002.  Chapter.Section listings are to be read before class.

 

Class

Date

Day

Subject

Reading

HW dist.

HW due

L1

2/5

T

introduction,

properties of fluids (KB)

 

 

 

L2

2/7

R

discussion of various flow examples, dimensionless numbers (KB)

 

1

 

R1

2/11

M

Recitation

 

 

 

L3

2/12

T

fluid continua, fluid statics, (HB)

 

 

 

L4

2/14

R

fluid statics (cont'd), buoyancy (HB)

 

2

1

R2

2/19

T

Recitation

 

 

 

L5

2/21

R

microscopic balances, mass (HB)

 

3

2

R3

2/25

M

Recitation

 

 

 

L6

2/26

T

kinematics (HB)

 

 

 

-

2/28

R

EXAM #1

 

 

 

R4

3/4

M

Recitation

 

 

 

L7

3/5

T

stress in fluids,

constitutive equations (HB)

 

4

3

L8

3/7

R

microscopic balances:

momentum, Navier-Stokes eqns. (HB)

 

 

 

R5

3/11

M

Recitation

 

 

 

L9

3/12

T

microscopic balances (cont'd) (HB)

 

5

4

L10

3/14

R

exact solutions for laminar flow (HB)

 

 

 

R6

3/18

M

Recitation

 

 

 

L11

3/19

T

laminar flow examples (cont'd) (HB)

 

 

5

-

3/21

R

EXAM #2

 

 

 

 

 

 

Spring Break (3/24 to 3/29)

 

 

 

R7

4/1

M

Recitation

 

 

 

L12

4/2

T

turbulent flow in pipes, transition to turbulence (KB)

8.3

6

 

L13

4/4

R

friction factors in pipes, ducts (KB)

8.4

 

 

R8

4/8

M

Recitation

 

 

 

L14

4/9

T

macroscopic balances; mass and linear momentum (KB)

5.1-5.2

7

6

L15

4/11

R

conservation of energy,

Bernoulli equation (KB)

5.3-5.4, 3.1-3.4

 

 

L16

4/18

R

applications of macroscopic balances (KB)

3.5-3.8

8

7

R9

4/22

M

Recitation

 

 

 

L17

4/23

T

applications of macroscopic balances

(continued) (KB)

10.1-10.2

9

8

-

4/25

R

EXAM #3

 

 

 

R10

4/29

M

Recitation

 

 

 

L18

4/30

T

pipe network calculations (KB)

8.5-8.6

10

9

L19

5/2

R

laminar boundary layers (KB)

9.1-9.2

 

 

R11

5/6

M

Recitation

 

 

 

L20

5/7

T

drag coefficients, flow around a

sphere, fluidized beds (KB)

9.3-9.4, 7.8-7.9

 

 

L21

5/9

R

Compressible flow (KB)

11.1-11.2

 

10

R12

5/13

M

Recitation

 

 

 

L22

5/14

T

Compressible flow (continued) (KB)

11.3-11.4

 

 

L23

5/16

R

Summary and Review (HB + KB)

 

 

 

 

 

 

FINAL EXAM (3 hours)

 

 

 

 

R= Recitation,     L = Lecture