Title: Vapor and Combined Power Cycles
1Vapor and Combined Power Cycles
Vapor Power Cycles Cogeneration Rankine Power
Cycle modifications to increase efficiency Reheat
and Regenerative cycles Combined cycles Binary
cycles
2The Carnot Vapor Cycle
Impracticalities 2-phase devices Max temp Tcr
3Rankine - the ideal cycle for Vapor Power Cycles
4Example 10-1
5Deviations of actual from ideal
6Example 10-2 Actual cycle
7Increasing the Efficiency lowering cond. pr
8Increasing the Efficiency superheating the steam
9Increasing the Efficiency increasing boiler pr.
10A supercritical Rankine cycle
11Example 10-3 Effect of Boiler pr, temp on
efficiency
12Ideal Reheat Rankine Cycle
13Example 10-4
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15Regenerative Rankine Cycle with Open FWH
16Regenerative Rankine Cycle with Closed FWH
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18Example 10-5
19Example 10-6
20Cogeneration
21Cogeneration plant, adjustable load
22Example 10-8
23Combined Gas-Vapor Power Cycle
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25Binary Vapor Cycle
26Harnessing Geothermal Energy
27Problem 10-28
28Problem 10-29
29Problem 10-30
30Problem 10-42
31Problem 10-53
32Problem 10-61E
33Problem 10-62
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35Problem 10-75
36Problem 10-78
37Problem 10-81
38Problem 10-91
39Problem 10-100E