| Course
  information   
 | 
Course
schedule
 
| Day | Time | Room | Teacher | Description | 
| Fri
  1/9  | 13.15-15.00
   | V34 | LB |  Introduction  | 
| Fri 18/9 | 08.15-10.00 | Q36  | AD | Lecture 1: Conservation of Energy | 
| Fri 18/9
   | 10.15-12.00 | Q34  | LB | Recitation 1: Exact solutions to the energy equations. | 
| Tue
  29/9  | 16.15-18.00
   | L51 | AD  | Lecture 2: Vorticity dynamics, Kelvins
  circulation theorem | 
| Fri 2/10
   | 8.15-10.00 | V34  | LB | Recitation 2: Rankine vortex,
  Generation of vorticity in natural convection. | 
| Fri 2/10
   | 10.15-12.00
   | M33  | AD | Lecture 3: Flows at large Re, Streamfunction,
  Velocity potential and Bernoulli's eq. | 
| Tue 6/10
   | 13.15-15.00 | Q 34
   | LB | Recitation 3: Axisymmertic flow with vorticity, Heimenz problem | 
| Tue
  6/10  | 15.15-18.00
   | Q34  | AD  | Lecture 4: 2D inviscid flow and the
  complex potential. | 
| Fri
  9/10  | 08.15-10.00 | L51  | LB | Recitation 4: Bernoulli’s equation, Pressure in solid body
  rotation/irrotational vortex, Streamfunction. | 
| Fri
  9/10  | 10.15-12.00 | L51  | AD | Lecture 5: Flow past a circular cylinder with circulation, lift
  and drag. | 
| Mon
  12/10  | 13.15-15.00
   | V 32  | LB | Recitation 5: Potential flow problems. |