17/06/2010: The solution to the exam problems is available here. The exam results will be ready shortly after approval by the censor. After the approval, you are welcome to check your papers at my office.
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main text books |
supplementary reading | |
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Munson, Young, Okiishi "A brief introduction to fluid mechanics, 4ed", Wiley 2007 (978-0-470-03962-5) |
Henrik Bruus "Theoretical Microfluidics", OUP 2007 (978-0-19-923509-4)
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Jean Berthier and Pascal Silberzan "Microfluidics for Biotechnology", Artech House 2005
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| Date | Title | Pages | Exercises | |
| Lecture 1 | 4-Feb-2010 13:00-16:00 |
Introduction. Properties of fluids. Digital microfluidics. |
MYO : p.1-20 |
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| Lecture 2 | 11-Feb-2010 12:30-16:00 |
MYO : Ch.2-Ch.3 |
Lecture 2 Problems | |
| Lecture 3 | 18-Feb-2010 | Velocity field. Reynolds transport theorem. Application to linear momentum and energy conservation. |
MYO : Ch4-Ch.5 | Lecture 3 Problems |
| Lecture 4 | 25-Feb-2010 | Differential description of flow. Equation of motions for a liquid. Navier-Stockes equation | MYO: Ch.6 |
MYO: |
| Lecture 5 | 04-Mar-2010 | Similitude, Dimensional analysis and modeling | MYO: Ch.7 | |
| Lecture 6 | 11-Mar-2010 | Pressure driven flow in channels. Computational fluid dynamics. | MYO: Ch.8 HB: Ch 3. and Ch 4. |
MYO: |
| Lecture 7 | 18-Mar-2010 | Flow and Diffusion. | HB: Ch5 (corresponds to ch4 in Lecture notes preprint) |
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| Lecture 8 | 8-Apr-2010 | HB: Ch 8, 9 |
HB 9.2 (8.2) | |
| Lecture 9 | 22-Apr-2010 | HB: Ch. 10 and 11
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| Lecture 10 | 23-Apr-2010 13:00 |
Flow on nanoscale. Examples of design and microfabrication for LOC. | HB: Ch 17. |
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