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Yr 1 Thermofluids
> 15. Carnot cycle and real engines > Flashcards
15. Carnot cycle and real engines Flashcards
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Yr 1 Thermofluids
(35 decks)
3. Assumptions, boundary conditions and problem solving
4. Engineering at scale - why, when and how?
5. Dimensions and units, ratios and coefficients
6. Dimensional analysis
7. Properties of state
8. Phases and behaviours of substances
9. Kinetic theory of gases
10. Specific heats, work and the 1st law
11. Processes, paths and reversibility (or not)
12. Entropy and the 2nd law of thermodynamics
13. Quantification of Entropy and T-S diagrams
14. Introduction to heat cycles
15. Carnot cycle and real engines
16. Problem solution and the otto cycle
17. The Diesel Cycle and heat pumps
18. The Brayton Cycle
19. Rankine and combined cycles
19a. Electricity generation, transmission, supply/demand and the energy crisis
20. Hydrostatic pressure
21. Hydrostatic force
22. Buoyancy and stability
23. Flow characterisation and visualisation
24. Continuity/conservation of mass
25. Conservation of energy
26. More conservation of energy
27. Conservation of momentum
28. Steady flow energy equation
29. SFEE applications
30. Steady Mechanical energy equation
31. SMEE applications/worked example
32. Introduction to viscous flow
33. Reynolds number and surface friction
34. Velocity distributions
35. Boundary layers
36. Form/pressure drag
