Slides - Week 12 - Fundamentals of Thermal Sciences

Description: Slide 1: Fundamentals of Thermodynamics
Slide 2: Carnot Refrigeration Cycle
Slide 3: The refrigerant enters the evaporator as a two-phase liquid–vapor mixture at state 4. In
Slide 4: Areas on the T–s diagram can be interpreted as heat transfers.
Slide 5: Expansion in turbine produces very small amount of
Slide 6: Difference between Air conditioner and Refrigerator
Slide 7: In a heat pump system, Qin comes
Slide 8: Vaporization is accomplished in fossil-fueled plants by heat transfer to water passing
Slide 9: In nuclear plants, energy required for
Slide 10: Water enters the pump at state 1 as saturated liquid
Slide 11: The superheated vapor at state 3 enters the turbine, where
Slide 12: The boiler and the condenser do not involve any work, and the pump and the turbine are
Slide 13: Consider a steady-flow Carnot cycle executed within the saturation
Slide 14: Vapor Absorption Cycle
Slide 15: Vapor Absorption Cycle
Slide 16: Vapor Absorption Cycle
Slide 17: Vapor Absorption Cycle
Slide 18: In the absorber, ammonia vapor coming from the evaporator at state 1 is absorbed by
Slide 19: [No Text Found]

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