Engineering Thermodynamics [Mechanical Department]
BASIC CONCEPTS AND FIRST LAW
1. Statistical and Classical Thermodynamics
2. Types of Thermodynamic Systems
3. Thermodynamic Properties
4. Thermodynamic State and Equilibrium
5. Processes and Cycles
6. Point and Path Functions
7. Temperature and Zeroth Law
8. Temperature Scales
9. Pure Substances and Concept of continuum
10. Work and Heat
11. Units of Work and Power
12. Displacement Work
13. Heat
14. Sensible and Latent Heat
15. First Law of Thermodynamics
16. The Steady-state Flow Process
17. Solved Problems: Basic Concepts and Thermodynamics First Law
18. Important Questions and Answers: Basic Concepts and Thermodynamics First Law
SECOND LAW AND AVAILABILITY ANALYSIS
1. Limitations of First Law of Thermodynamics
2. The Second law of Thermodynamics
3. Equivalence of Kelvin-Planck and Clausius Statements
4. Reversible Process
5. Entropy
6. Solved Problems: Entropy
7. Available Energy, Availability And Irreversibility
8. Solved Problems: Thermodynamics Second Law
9. Important Questions and Answers: Thermodynamics Second Law and Availability Analysis
PROPERTIES OF PURE SUBSTANCE AND STEAM POWER CYCLE
1. Pure Substance
2. Formation of Steam and Properties
3. Solved Problems: Steam Power Cycle
4. The Measurements of Dryness Fraction
5. Regenerative Brayton Cycle
6. Gas Power / Air Standard Cycles
7. Brayton cycle, Rankine Cycle, Otto Cycle
8. Important Questions and Answers: Pure Substance and Steam Power Cycle
9. Solved Problems: Pure Substance and Steam Power Cycle
IDEAL AND REAL GASES and THERMODYNAMIC RELATIONS
1. Ideal and Real Gases, Thermodynamic Relations
2. Solved Problems: Ideal And Real Gases, Thermodynamic Relations
3. Important Questions and Answers: Ideal And Real Gases, Thermodynamic Relations
GAS MIXTURES AND PSYCHROMETRY
1. Gas Mixtures
2. P-v-T Behavior Of Gas Mixtures: Ideal And Real Gases
3. Psychrometry
4. Solved Problems: Gas Mixtures and Psychrometry
5. Important Questions and Answers: Gas Mixtures and Psychrometry
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