Modeling and analyzing Vapor Power Systems,
Rankine Cycle, Improving Performance Superheat and Reheat, Regenerative Cycle,
Air-Standard Otto Cycle, Air-Standard Diesel Cycle, Air-Standard Dual Cycle,
Brayton Cycle, Regenerative Gas
Turbines, Regenerative with Reheat and Inter-cooling, Combined Gas Cycle,
One-Dimensional Steady Flow in Nozzles and Diffusers. Refrigeration and Heat
Pump Systems, Gas Refrigeration Systems. Thermodynamic Relations: Equations of
State, Important Mathematical Relations, Developing Property Relations
Evaluating Changes in Entropy, Internal Energy, and Enthalpy, Other
Thermodynamic Relations. Ideal Gas Mixtures considerations, introducing
Combustion, Conservation of Energy—Reacting
Systems
