Day
|
Time
|
Room
|
Teacher
|
Description
|
| Wed 31/8 |
15.15-17.00 |
Q 36 |
DH |
Lecture 1: (3.1-3.3).
Introduction and motivation of Navier-Stokes
eq.
Kinematics: Lagrange/Euler coord.,
material derivative. |
| Thu 1/9 |
15.15-17.00 |
Q 36 |
DH |
Lecture 2: (3.6-3.12).
Kinematics: relative motion. |
Fri 2/9
|
13.15-15.00 |
Q 34 |
LB |
Recitation 1: (2.1-2.16). Tensors. |
Fri 2/9
|
15.15-17.00 |
Q 36 |
LB |
Recitation 2:
Euler/Lagrange coordinates and relative motion. |
| Mon 5/9 |
15.15-17.00 |
Q 36 |
DH |
Lecture 3: (4.1-4.7).
Reynolds transport theorem, continuity eq.,
monmentum eq. and stress tensor. |
| Tue 6/9 |
8.15-10.00 |
Q 36
|
LB |
Recitation 3: conservation
equations and stress tensor. |
| Wed 7/9 |
8.15-10.00 |
Q 35 |
DH |
Lecture 4: (4.10-4.14,
8.2).
Newtonian fluid, Navier-Stokes eq.,
Dimensionless form, Energy eq. |
| Fri 9/9 |
15.15-17.00 |
Q 36 |
LB |
Recitation 4: stress tensor
and Rankine vortex. |
| Mon 12/9 |
15.15-17.00 |
Q 36 |
DH |
Lecture 5: (9.1-9.6).
Exact solutions to Navier-Stokes. |
| Tue 13/9 |
8.15-10.00 |
Q 36 |
LB |
Recitation 5: exact solutions
to Navier-Stokes. |
| Wed 14/9 |
8.15-10.00 |
Q 36
|
DH |
Lecture 6: (9.7-9.11,
4.8).
Exact solutions and integral form of N-S. |
| Mon 19/9 |
15.15-17.00 |
V 34 |
LB |
Recitation 6: more exact
solutions to Navier-Stokes.
|
| Tue 20/9 |
8.15-10.00 |
Q 36 |
DH |
Lecture 7: (5.1-5.6).
Vorticity equation and Kelvins theorem. |
| Wed 21/9 |
8.15-10.00 |
Q 33 |
LB |
Recitation 7: axisymmetric
flow and irrotational vortices. |
| Fri 23/9 |
13.15-15.00 |
Q 2
|
DH |
Lecture 8: (3.4, 3.13,
4.16).
Streamfunction, velocity potential and Bernoulli's eq.
|
| Fri 23/9 |
15.17-10.00 |
Q 36
|
LB |
Recitation 8: Vorticity, Bernoulli and streamfunction.
homework 1 due
|
| Mon 26/9 |
15.15-17.00 |
Q 36 |
DH |
Lecture 9: (6.1-6.8).
2D inviscid flow and the complex potential.
|
| Thu 29/9 |
8.15-10.00 |
Q 34
|
LB |
Recitation 9: model of
a submarine.
|
Thu 29/9
|
10.15-12.00
|
Q 34
|
DH
|
Lecture
10: (6.9-6.11, 14.14).
Circular cyllinder + drag and lift.
|
| Fri 30/9 |
15.15-17.00 |
V 34 |
LB |
Recitation 10: more potential
flow. |
| Mon 3/10 |
15.15-17.00 |
Q 33
|
DH |
Lecture 11: (10.1-10.5).
Boundary layer equations and Blasius flow.
|
Tue 4/10
|
8.15-10.00 |
Q 33
|
LB |
Recitation 11: similarity
and wakeflow. |
Wed 5/10
|
8.15-10.00
|
E 51
|
DH
|
Lecture 12: (10.7-10.9).
Effect of pressure gradients and separation.
|
| Fri 7/10 |
15.15-17.00 |
Q 36
|
LB |
Recitation 12: drag on
circular cyllinder + separation.
|
Mon 10/10
|
15.15-17.00
|
Q 33
|
DH
|
Lecture 13: (13.1-13.8, 13.11-13.12).
Turbulent flow: Reynolds average and law of the wall.
|
Tue 11/10
|
8.15-10.00
|
Q 36
|
LB
|
Recitation 13: turbulent
flow.
|
Thu 13/10
|
8.15-10.00
|
Q 35
|
DH
|
Lecture 14:
Turbulence modelling and CFD.
|
Thu 13/10
|
10.15-12.00
|
Q 35
|
LB
|
Recitation 14: problems
from old exams.
homework 2 due
|
Mon 24/10
|
14.00-18.00
|
E 31, 32
|
|
TEST
|