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Day
|
Time
|
Room
|
Teacher
|
Description
|
|
Mon
29/8
|
15.15-17.00
|
D
3
|
AD
|
Lecture 1: (3.1-3.3).
Introduction and motivation of Navier-Stokes eq.
Kinematics: Lagrange/Euler coord., material derivative.
|
|
Wed
31/8
|
8.15-10.00
|
V
32
|
AD
|
Lecture 2: (3.6-3.12).
Kinematics: relative motion..
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|
Thu
1/9
|
8.15-10.00
|
E
3
|
Ruth Lambert
|
Recitation 1: (2.1-2.16). Tensors.
|
|
Fri
2/9
|
13.15-15.00
|
FD 5
|
Ruth
|
Recitation 2:
Euler/Lagrange coordinates and relative motion.
|
|
Mon
5/9
|
8.15-10.00
|
B
3
|
AD
|
Lecture 3: (4.1-4.7).
Reynolds transport theorem, continuity eq.,
monmentum
eq. and stress tensor.
|
|
Tue
6/9
|
15.15-18.00
|
V
32
|
LB
|
Recitation 3: Conservation equations, stress tensor.
Tutorial Homework 1
|
|
Thu
8/9
|
8.15-10.00
|
E
3
|
AD
|
Lecture 4: conservation of energy, Navier-Stokes equations.
|
|
Fri
9/9
|
10.15-12.00
|
M
2
|
LB
|
Recitation 4: stress tensor and Rankine vortex.
|
|
Mon
12/9
|
13.15-15.00
|
F
2
|
AD
|
Lecture 5: (9.1-9.6).
Exact solutions to Navier-Stokes.
HOMEWORK 1 DUE
|
|
Tue
13/9
|
15.15-17.00
|
V
32
|
LB
|
Recitation 5: exact solutions to Navier-Stokes.
|
|
Wed
14/9
|
8.15-10.00
|
D
3
|
AD/LB
|
Lecture 6: (9.7-9.11, 4.8).
Rotating
cylinders and Stokes’ problem
|
|
Thu
15/9
|
13.15-16.00
|
FB
42
|
LB
|
Recitation 6: more exact solutions to Navier-Stokes equations.
Tutorial
Homework 2
|
|
Mon
19/9
|
15.15-17.00
|
E
3
|
AD
|
Lecture 7: (5.1-5.5).
Vorticity equation and Hiemenz problem.
|
|
Tue
20/9
|
16.15-18.00
|
V
32
|
LB
|
Recitation 7: exact solutions of energy equations,
axisymmetric flow and irrotational vortices.
|
|
Wed
21/9
|
13.15-15.00
|
D
3
|
AD
|
Lecture 8: (3.4, 3.13, 4.16).
Vorticity and circulation, Streamfunction, velocity potential and
Bernoulli's eq.
|
|
Thu
22/9
|
10.15-12.00
|
V
32
|
LB
|
Recitation 8: Natural convection in channel,
Kelvin’s theorem, Vorticity
|
|
Fri
23/9
|
13.15-16.00
|
D
3
|
AD
|
Lecture 9: (6.1-6.8).
2D inviscid flow and the complex potential.
Tutorial Homework 2
|
|
Mon
26/9
|
8.15-10.00
|
FB
53
|
LB
|
Recitation 9: Bernoulli and streamfunction.
|
|
Tue
27/9
|
13.15-15.00
|
B
3
|
AD
|
Lecture 10: (6.9-6.11, 14.14).
Flow past a circular cylinder with circulation, lift and drag.
|
|
Wed
28/9
|
10.15-12.00
|
Q
31
|
LB
|
Recitation 10: potential flow problem
|
|
Fri
30/9
|
8.15-10.00
|
E
3
|
AD
|
Lecture 11: (10.1-10.5).
Boundary layer equations and Blasius flow.
HOMEWORK 2 DUE
|
|
Fri
30/9
|
10.15-12.00
|
V
1
|
LB
|
Recitation 11: boundary layer similarity and wake flow.
|
|
Mon
3/10
|
15.15-17.00
|
D
3
|
AD
|
Lecture 12: (10.7-10.9).
Boundary layers with pressure gradients, separation of the boundary layer.
|
|
Wed
5/10
|
13.15-16.00
|
V
32
|
LB
|
Recitation 12: more boundary layers
Tutorial Homework 3
|
|
Thu
6/10
|
15.15-17.00
|
E
3
|
AD
|
Lecture 13: (13.1-13.8, 13.11-13.12).
Average equation for turbulent flow, Reynolds stresses and turbulent
kinetic energy.
|
|
Mon
10/10
|
13.15-15.00
|
V 32
|
LB
|
Recitation 13: turbulent flow.
|
|
Tue
11/10
|
8.15-10.00
|
E 3
|
AD
|
Lecture 14: Turbulent channel flow, Summary.
HOMEWORK 3 DUE
|
|
Thu
13/10
|
8.15-10.00
|
V 32
|
LB
|
Recitation 14: problems from old exams.
|
|
Fri
21/10
|
14.00-18.00
|
E 34, E 35, E 36
|
|
Written exam
|