Boundary layer theory and thermal convection

Course code: 5C1207 (PhD-students: 5C5118)

2001/2002

Preliminary programme (last modified 010910)

 

Date

   

Subject

Litt

 

Assignments

1.

01-10-31

Wed 10-12

H21

Hiemenz flow.
Concept of boundary layers.

A. §8.1-3

BMK

Home work 1 handed out

Instructions lab 1 handed out

2.

01-11-02

Fri 10-12

K52

Pressure gradients
Flow separation

A.Ex.8.3
A. §8.6

BMK

3.

01-11-07

Wed 10-12

H21

Momentum integral equation; flow separation; L/T transition;

lecture notes

BMK

4.

01-11-09

Fri 10-12

K52

Curved flows
3D boundary layers

lecture notes

BMK

5.

01-11-14

Wed 10-12

H21

Boundary layers in rotating flows

A. §8.5

BMK

Home work 1 due

Lab

001112 -- 001115

Boundary layer on a cylinder (LAB 1)

6.

01-11-16

Fri 10-12

K52

Concept of linear stability; Kelvin-Helmholz instability;

A. §9.1-2

BMK

Lab report 1 due

Home work 2 handed out

Instructions lab 3 handed out

7.

01-11-21

Wed 10-12

H21

Bénard; Taylor-Couette;

A. §9.3-4

BMK

8.

01-11-23

Fri 10-12

K52

Rayleigh-Orr-Sommerfeld-Squire; Alg. growth viewed as wave instability

A. §9.5-6

BMK

9.

01-11-30

Fri 10-12

K52

Görtler-instability; Alg. growth, Laminar-turbulent transition;

lecture notes

BMK

 

10.

01-12-07

Fri 10-12

K52

Secondary instabilities

lecture notes

BMK

Home work 2 due

Lab

011210 --011212

Stability of TS-waves (LAB 2)

01-12-13

Thu

Lab report 3 due

 

12.

0101

   

Heat transfer in a Blasius layer

Beijan

GA

Home work 3 + Instructions lab 2 handed out

13.

0101

   

Natural convection, basic eq.

Beijan

GA

14.

0101

   

Natural convection from a heated vertical plate

Beijan

GA

 

15.

0102

   

Plumes

Beijan

GA

 

16.

0102

   

Closed containers

Beijan

GA

Home work 3 due

Lab

010206 -- 000208

Heat transfer from a flat plate (LAB 3)

0012

Lab report 2 due

17.

0102--

To be agreed upon

8-13

??

Seminar (Presentation of seminar papers by course participants)

 

BMK
/GA

Litterure assignment
due

BMK Barbro Muhammad Klingmann tel 790 6193 barbro@mech.kth.se

GA Gustav Amberg tel 790 7534 gustava@mech.kth.se

Web info:

http://hymer.midgard.kth.se/Kurs_sve.asp?Code=5C1207

http://www.mech.kth.se/~barbro/5C1207.html