This course is about Advanced Fluid Dynamics. Topics start from fundamentals to develop therngeneral theory. From this, it proceeds to a study of inviscid flow in two and three dimensions,rnviscous flow including both viscous and thermal boundary layer theory, flow stability, turbulence,rnand a succinct introduction to computational fluid dynamics. It offers exceptional pedagogy, forrnboth class-room use and self-instruction, including many worked-out examples, end-of-chapterrnproblems, and actual computer programs that can be used to reinforce theory with real-worldrnapplications. Numerical methods are introduced throughout the text where appropriate. The textrnintroduces three-dimensional fluid mechanics to the engineering student, using classical theoryrnaccompanied by modern computational methods. Unfamiliar mathematics is explained in the textrnand in a mathematical appendix. The approach to the individual aspects covered are embeddedrnin the real world, showing the student how the idealizations learned can be put to use for solvingrncomplex engineering problems
Doctor of Philosophy (PhD) in Mechanical Engineering
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| content serial | Description |
|---|
| 1 | Introduction |
| 2 | Iinviscid flow in two and three dimensions |
| 3 | Inviscid flow in two and three dimensions (Cont.). |
| 4 | Viscous flow including both viscous and thermal boundary layer theory.rn |
| 5 | Viscous flow including both viscous and thermal boundary layer theory (Cont.) |
| 6 | Viscous flow including both viscous and thermal boundary layer theory (Cont.) |
| 7 | Viscous flow including both viscous and thermal boundary layer theory (Cont.) |
| 8 | Flow stability |
| 9 | Flow stability (Cont.).rn |
| 10 | Flow stability (Cont.).rn |
| 11 | Turbulence |
| 12 | Turbulence (Cont.) |
| 13 | Turbulence (Cont.) |
| 14 | Introduction to computational fluid dynamics |
| 15 | Introduction to computational fluid dynamics (Cont.) |
| 16 | Final Examniation |
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