ENGINEERING THERMODYNAMICS PRINCIPLES AND APPLICATIONS

Every turbine, engine, refrigerator, and power plant obeys the same handful of thermodynamic laws. Learn to apply them, and the machinery of modern engineering starts to make sense.

Plenty of readers can state the first and second laws yet freeze when a real problem appears. Which properties fix the state? Where does the system boundary go?

Is the process steady or unsteady, reversible or not? Without a reliable way to move from principle to calculation, each new device feels like starting over.

This book is organized around doing, not only knowing. Theory is followed immediately by worked examples, and every analysis is framed by a method you can reuse on any device or cycle. By the end of each chapter you are not memorizing results; you are applying them.

With this book you will be able to:

· Set up and solve energy balances for closed systems and control volumes with a clear, repeatable procedure.

· Evaluate steady-flow devices: nozzles and diffusers, turbines, compressors, pumps, throttles, mixing chambers, and heat exchangers.

· Work with property tables, saturated mixtures and quality, superheated and compressed states, and ideal-gas and real-gas models.

· Assess the performance of spark-ignition, compression-ignition, gas-turbine, and steam power cycles, including reheat, regenerative, and combined arrangements.

· Analyze vapor-compression, gas, and absorption refrigeration and heat-pump systems.

· Apply entropy and exergy accounting to locate losses and judge second-law performance.

· Handle gas mixtures, moist air and air-conditioning processes, combustion, and chemical equilibrium.

Key topics include energy transfer by heat and work; the first law; pure substances and property data; control-volume analysis; the second law, entropy, and exergy; gas and vapor power cycles; refrigeration and heat pumps; general property relations; psychrometrics; combustion; and reacting-system equilibrium, each supported by worked examples and original property diagrams.

It is ideal for undergraduate engineering students who learn best by working problems, for anyone preparing for examinations that test applied thermodynamics, and for practicing engineers who want a practical refresher tied directly to real equipment.

Add this practical resource to your library and start turning the laws of thermodynamics into calculations you can trust.

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