Test Bank for Thermodynamics: Concepts and Applications 2nd Edition by Stephen Turns, Laura L. Pauley [CONTAINS CHAPTERS 2-12]
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Test Bank for Thermodynamics: Concepts and Applications 2nd Edition by Stephen Turns, Laura L. Pauley [CONTAINS CHAPTERS 2-12]

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71
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About this ebook
The Test Bank for second edition of Thermodynamics: Concepts and Applications by Stephen Turns and Laura L. Pauley covers basic thermodynamic principles through advanced chemical applications across 13 core chapters. This revised edition reorganizes traditional material, expands the Second Law into two dedicated chapters, and adds five new chapters covering reacting and non-reacting mixtures. [1, 2, 3, 4, 5]
The comprehensive list of chapters and topics included in this textbook consists of the following: [1]
Core Concepts & Laws
  • Chapter 1: Beginnings – Introduction to fundamental terminology, system boundaries, and the problem-solving methodology.
  • Chapter 2: Thermodynamic Properties, Property Relationships, and Processes – Detailed look at states, intensive/extensive variables, and phase property relationships.
  • Chapter 3: Conservation of Mass – Mass conservation frameworks for both closed and open engineering systems.
  • Chapter 4: Energy and Energy Transfer – Mechanics of work, heat transfer, and energy shifts.
  • Chapter 5: First Law of Thermodynamics – Applying energy conservation principles to closed and control-volume systems.
  • Chapter 6: Second Law of Thermodynamics and Some of Its Consequences – Reversibility, heat engines, and cycle analysis.
  • Chapter 7: Entropy and Availability – Defining entropy, availability calculations, and exergy destruction. [1, 2, 3, 4, 5, 6, 7, 8]
Engineering Applications & Cycles
  • Chapter 8: Thermal-Fluid Analysis of Steady-Flow Devices – Thermodynamic behavior of nozzles, diffusers, compressors, turbines, and heat exchangers. [1, 2]
  • Chapter 9: Systems for Power Production, Propulsion, Heating, and Cooling – Power generation cycles (e.g., Rankine, Brayton, Otto) and refrigeration cycles. [1, 2, 3, 4]
Mixtures, Combustion & Equilibrium (New to 2nd Edition)
  • Chapter 10: Ideal-Gas Mixtures – Fundamentals of non-reacting gas mixtures, partial pressures, and molecular weights.
  • Chapter 11: Air–Vapor Mixtures – Psychrometry, air-conditioning processes, and humidification.
  • Chapter 12: Reacting Systems – Chemistry of combustion, stoichiometry, and energy balances for reacting components.
  • Chapter 13: Chemical and Phase Equilibrium – Determining equilibrium composition and criteria for chemical reactions. [1, 2, 3, 4]

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Topics

Air–Vapor Mixtures – Psychrometry Determining equilibrium composition and criteria for chemical reactions. Entropy and Availability and exergy destruction First Law of Thermodynamics – Applying energy conservation principles Ideal-Gas Mixtures – Fundamentals of non-reacting gas mixtures Mass conservation frameworks for both closed and open engineering systems. Mechanics of work heat transfer and energy shifts. Power generation cycles ( Rankine Brayton Otto) and refrigeration cycles Reacting Systems – Chemistry of combustion stoichiometry Second Law of Thermodynamics and Some of Its Consequences Systems for Power Production Propulsion Heating and Cooling Thermal-Fluid Analysis of Steady-Flow Devices Thermodynamic Properties Property Relationships and Processes
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