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Mechanical engineering for EEs
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Module 12
Thermodynamics: The Second Law and Aerospace Cycles
1
The Second Law and Entropy
State the Second Law of Thermodynamics and define entropy as a property.
State the Second Law of Thermodynamics and define entropy as a property.
2
Entropy and Spontaneity: Predicting Process Direction
Apply the principle of increasing entropy to determine the possibility and direction of a process.
Apply the principle of increasing entropy to determine the possibility and direction of a process.
3
Entropy Changes in Ideal Gas Processes
Calculate entropy changes for ideal gases undergoing various thermodynamic processes.
Calculate entropy changes for ideal gases undergoing various thermodynamic processes.
4
Carnot Cycle: The Ideal Thermal Benchmark
Analyze the Carnot cycle and define its role as a benchmark for thermal efficiency.
Analyze the Carnot cycle and define its role as a benchmark for thermal efficiency.
5
Ideal Brayton Cycle Analysis
Analyze the ideal Brayton cycle for gas turbine engines, including its T-s and P-v diagrams.
Analyze the ideal Brayton cycle for gas turbine engines, including its T-s and P-v diagrams.
6
Brayton Cycle Efficiency & Back Work Ratio
Calculate the thermal efficiency and back work ratio for an ideal Brayton cycle.
Calculate the thermal efficiency and back work ratio for an ideal Brayton cycle.
7
Real-World Turbines & Compressors: Isentropic Efficiency Analysis
Apply isentropic efficiencies to analyze the performance of real turbines and compressors in a cycle.
Apply isentropic efficiencies to analyze the performance of real turbines and compressors in a cycle.
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