In Chapter 6, we introduced the property entropy, and from that property we deduced the thermodynamic behavior of real systems with various forms of the Second Law of Thermodynamics. In this chapter, we apply that information to study and predict the behavior of real engineering devices. We will do that by first defining the behavior of idealized devices that have no irreversibilities, and then by defining how real devices depart from that ideal behavior when irreversibilities are present.

7 Second Law Applications
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7.1 Applying the Second Law to Ideal Thermodynamic Devices
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7.2 Applying the Second Law to Real Devices: The Isentropic Efficiency
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7.3 Piston-Cylinder Systems
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7.4 Systems with Steady Work Output: Turbines
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7.5 Systems with Steady Work Input: Compressors and Pumps
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7.6 Other Open System Devices
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7.7 Uniform State Uniform Flow (Transient) Processes: Tank Filling and Blowdown
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7.8 Concluding Remarks
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7.9 Homework Problems
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