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Learn Engineering Thermodynamics from Scratch
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Module 11
Gas Power Cycles
1
The Ideal Otto Cycle: Analyzing and Calculating Thermal Efficiency
Analyze the ideal Otto cycle, the model for spark-ignition (gasoline) engines, and calculate its thermal efficiency.
2
Analyzing and Calculating Thermal Efficiency of the Ideal Diesel Cycle
Analyze the ideal Diesel cycle, the model for compression-ignition engines, and calculate its thermal efficiency.
3
Otto vs. Diesel: Performance Comparison
Compare the performance of Otto and Diesel cycles under various operating conditions.
4
Introduction to the Ideal Brayton Cycle
Analyze the ideal Brayton cycle, the model for gas turbines and jet engines.
5
Brayton Cycle Efficiency and Back Work Ratio
Calculate the thermal efficiency of the Brayton cycle and understand the concept of the back work ratio.
6
Comparing Ideal Gas Power Cycles
Solve comparative problems for different ideal gas power cycles.
Previous module
Applying Entropy: Isentropic Efficiency
Next module
Vapor Power and Refrigeration Cycles