Engineering Thermodynamics

Engineering Thermodynamics - Engineering Subject

Engineering Thermodynamics - ME3391 3rd semester Mechanical Dept | 2021 Regulation | Anna University Engineering Subject Paper

Unit I: Basics, Zeroth and First Law

1. Basics, Zeroth and First Law - Introduction | Engineering Thermodynamics

2. Microscopic and Macroscopic Approaches, Thermodynamic Properties

3. Thermodynamic Systems

4. Types of Thermodynamic Systems

5. Control Volume - Engineering Thermodynamics

6. Concept of Continuum - Engineering Thermodynamics

7. Concept of Temperature and Thermal Equilibrium

8. Intensive and Extensive Properties of a System - Thermodynamics

9. Total and Specific Quantities - Thermodynamics

10. State of a system - Thermodynamics

11. Path - Engineering Thermodynamics

12. Thermodynamic Process

13. Thermodynamic Equilibrium

14. Thermodynamic Cycle

15. Point Function and Path Function - Engineering Thermodynamics

16. Energy - Engineering Thermodynamics

17. Heat Transfer (Q) - Engineering Thermodynamics

18. Work Transfer (W) - Thermodynamics

19. P-V Diagram - Compression Process | Thermodynamics

20. Concept of Ideal and Real Gases - Thermodynamics

21. Characteristic Gas Equation - Thermodynamics

22. Zeroth Law of Thermodynamics - Definition, Concept

23. First Law of Thermodynamics - Application to closed systems (cyclic process)

24. Internal Energy is a Property - Thermodynamics

25. Solved Problems on closed systems (cyclic process) - Thermodynamics

26. Solved Anna University Problems on closed systems (cyclic process) - Thermodynamics

27. First Law of Thermodynamics Application to closed systems (Non-Flow Processes)

28. Relation between cp, cv and R - Thermodynamics

29. Important Formulae for Non-Flow Processes - Thermodynamics

30. Solved Problems on closed systems (Non-Flow Processes) - Engineering Thermodynamics

31. Solved Anna University Problems on closed systems (Non – Flow Processes) - Engineering Thermodynamics

32. First Law of Thermodynamics - Application to open systems or control volume

33. Steady Flow Energy Equation (SFEE) - Engineering Thermodynamics

34. First Law of Thermodynamics - Application to open systems

35. expressing the shaft work per kg as ws = - ∫ vdp for a steady flow system with negligible change in kinetic and potential energy

36. Important Formulae in Open Systems - Engineering Thermodynamics

37. Solved Problems on open systems or control volume for steady flow - Engineering Thermodynamics

38. Solved Anna University Problems on open systems for steady flow - Engineering Thermodynamics

39. Unsteady Flow Processes - Engineering Thermodynamics

40. Solved Problems on Unsteady Flow Process - Engineering Thermodynamics

41. Solved Anna University Problems on open systems for unsteady flow - Engineering Thermodynamics

42. Two mark Questions and Answers - Basics, Zeroth and First Law | Engineering Thermodynamics

43. Solved Important 16 marks Long Questions - Basics, Zeroth and First Law | Engineering Thermodynamics

44. Problems for Practice with Answer - Basics, Zeroth and First Law | Engineering Thermodynamics

Unit II: Second Law and Entropy

1. Second Law and Entropy - Example | Thermodynamics

2. Heat Reservoir, Source and Sink - Thermodynamics

3. Heat Engine and its Performance

4. Refrigerator and its Performance

5. Heat Pump and its Performance

6. Statements of Second Law of Thermodynamics

7. Equivalence of Second law of Thermodynamics

8. Corollaries of the Second Law of Thermodynamics

9. Reversibility - Second Law of Thermodynamics

10. Irreversibility - Second Law of Thermodynamics

11. Carnot Cycle and its Performance

12. Reversed Carnot Cycle and its Performance

13. Carnot Theorem

14. Absolute Thermodynamic Temperature Scale

15. Solved Problems on Heat Engines, Refrigerators and Heat Pump - Second Law of Thermodynamics

16. Solved Anna University Problems on Heat Engines, Refrigerators and Heat Pump - Second Law of Thermodynamics

17. Causius Inequality - Second Law of Thermodynamics

18. Solved Problem on Clausius Inequality - Second Law of Thermodynamics

19. Solved Anna University Problem on Clausius Inequality - Second Law of Thermodynamics

20. Concept of Entropy

21. Entropy: a Property of the System

22. T-s Diagram - Entropy

23. Tds Equations - Gibb's function | Entropy

24. Entropy change for a pure substance

25. Two mark Questions and Answers - Second Law and Entropy | Engineering Thermodynamics

26. Solved Important 16 marks Long Questions - Second Law and Entropy | Engineering Thermodynamics

27. Problems for Practice - Second Law and Entropy | Engineering Thermodynamics

Unit III: Availability and Applications of II Law

1. Entropy Change of Ideal Gas

2. Applications of Change in Entropy for different processes

3. Principle of Increase of Entropy

4. Applications of Second Law of Thermodynamics or Applications of Entropy Principle

5. Absolute Entropy - Third law of thermodynamics

6. Entropy Balance - Thermodynamics

7. Entropy Generation - Thermodynamics

8. Solved Problems on Entropy - Thermodynamics

9. Solved Anna University Problems on Entropy principles - Thermodynamics

10. Available Energy and Unavailable Energy - Thermodynamics

11. Availability - Thermodynamics

12. Irreversibility (I) - Thermodynamics

13. Thermodynamics I and II Law Efficiency

14. Expressions for energy of a closed systems in terms of availability and Thermodynamic second law efficiency

15. Expressions for energy of an open systems in terms of availability and Thermodynamic second law efficiency

16. Useful work based on the second law of thermodynamics for non-flow processes

17. Useful work based on the second law of thermodynamics for flow processes

18. Solved Problems on Availability, Irreversibility and thermodynamic second law efficiency

19. Solved Anna University Problems on Availability, Irreversibility and Thermodynamic Second Law Efficiency

20. Two mark Questions and Answers - Availability and Applications of II Law | Engineering Thermodynamics

21. Solved Important 16 marks Long Questions - Availability and Applications of II Law | Engineering Thermodynamics

22. Problems for Practice - Availability and Applications of II Law | Engineering Thermodynamics

Unit IV: Properties of Pure Substances

1. Introduction to Pure Substance - Engineering Thermodynamics

2. Formation of steam and its Thermodynamic Properties

3. P-V Diagram of Pure Substances - Thermodynamics

4. P-T Diagram, T-V Diagram of Pure Substances - Thermodynamics

5. T-S Diagram (for water) - Thermodynamics

6. h-s Diagram or mollier chart - Pure Substances | Thermodynamics

7. p-v-T Surface - Pure Substances | Thermodynamics

8. Steam Tables - Thermodynamics

9. Thermodynamic Properties of Steam

10. Determination of Dryness Fraction - using calorimeters

11. Calculation of work done and Heat Transfer in non-flow processes - Thermodynamics

12. Calculation of work done and Heat Transfer in Flow Processes - Thermodynamics

13. Important Formulae - Properties of Pure Substances | Thermodynamics

14. Solved Problems on Steam Properties - Thermodynamics

15. Solved Problems on Non-Flow Processes - Thermodynamics

16. Solved Problems on Flow Processes - Thermodynamics

17. Solved Anna University Problems on Thermodynamic Processes

18. Two mark Questions and Answers - Properties of Pure Substances | Engineering Thermodynamics

19. Two mark Questions and Answers - Properties of Pure Substances | Engineering Thermodynamics

20. Solved Important 16 marks Long Questions - Properties of Pure Substances | Engineering Thermodynamics

21. Problems for Practice - Properties of Pure Substances | Engineering Thermodynamics

Unit V: Gas Mixtures and Thermodynamic Relations

1. Introduction to ideal and real gases

2. Properties of Ideal Gas

3. Comparison of Ideal Gas and Real Gas

4. Equation of state for Ideal Gas

5. Properties of Real Gas

6. Equations of state for Real Gas

7. Enthalpy and Entropy of Real Gases

8. Compressibility Factor - Thermodynamics

9. Reduced Properties and Principle of Corresponding States - Thermodynamics

10. Generalised Compressibility Chart - Advantages | Thermodynamics

11. Solved Problems on Ideal and Real Gases - Thermodynamics

12. Thermodynamic Relations - Exact Differentials, Theorem

13. Maxwell's Equations - Thermodynamics

14. Coefficient of volume expansion - Definition, Formula | Thermodynamics

15. Isothermal Compressibility - Definition, Formula | Thermodynamics

16. Ratio of co-efficient of volume expansion (b) and Isothermal Compressibility (K) - Thermodynamics

17. Energy Equations - Internal Energy, Enthalpy Relations | Thermodynamics

18. Entropy Relations (Tds Equations) - Thermodynamics

19. Difference between specific heat capacities - Thermodynamics

20. Ratio of specific heat capacities - Thermodynamics

21. Joule-Thomson Coefficient - Definition, Formula, Equation, Experiment, Curve diagram | Thermodynamics

22. Clausius Clapeyron Equation - Thermodynamics

23. Phase change processes - Thermodynamic Relations

24. Solved Problems on Thermodynamic Relations

25. Solved Anna University Problems on Thermodynamic Relations

26. Gas Mixtures - Composition, Properties, Gibbs Function, Dalton's Law and Amagat's Law of Partial Pressure

27. Mixing of Ideal Gases - with Solved Example Problems | Thermodynamics

28. Mixtures of Real Gases - with Solved Example Problems | Thermodynamics

29. Solved Anna University Problems on Gas Mixtures - Gas Mixtures and Thermodynamic Relations | Engineering Thermodynamics

30. Two mark Questions and Answers - Gas Mixtures and Thermodynamic Relations | Engineering Thermodynamics

31. Solved Important 16 marks Long Questions - Gas Mixtures and Thermodynamic Relations | Engineering Thermodynamics

32. Problems for Practice - Gas Mixtures and Thermodynamic Relations | Engineering Thermodynamics