Second Law, Entropy, and Maximum Entropy Principles in Advanced Thermodynamics - Lecture 2

Second Law, Entropy, and Maximum Entropy Principles in Advanced Thermodynamics - Lecture 2

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- Introduction

1 of 33

1 of 33

- Introduction

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Second Law, Entropy, and Maximum Entropy Principles in Advanced Thermodynamics - Lecture 2

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  1. 1 - Introduction
  2. 2 - Review: Course Objectives: Part I
  3. 3 - The Loaded Meaning of the Word System
  4. 4 - The Loaded Meaning of the Word Property
  5. 5 - What Exactly Do We Mean by the Word State?
  6. 6 - General Laws of Time Evolution
  7. 7 - Time Evolution, Interactions, Process
  8. 8 - Definition of Weight Process
  9. 9 - Main Consequence of the First Law: Energy
  10. 10 - Energy Balance Equation
  11. 11 - States: Steady/Unsteady/Equilibrium/Nonequilibrium
  12. 12 - Equilibrium States: Unstable/Metastable/Stable
  13. 13 - Hatsopoulos-Keenan Statement of the Second Law
  14. 14 - Consequences of First and Second Law together
  15. 15 - Theorem: Kelvin-Planck Statement of the Second Law
  16. 16 - Proof of the Kelvin-Planck Statement
  17. 17 - What Exactly Do We Mean by Reversible Process?
  18. 18 - Second Part of the Statement of the Second Law
  19. 19 - Definition of Adiabatic Availability
  20. 20 - Criterion for Reversibility of a Weight Process
  21. 21 - Mutual Equilibrium and Thermal Reservoir
  22. 22 - Feasibility of Standard Reversible Weight Process
  23. 23 - Definition of Temperature of a Thermal Reservoir
  24. 24 - Definition of Property Entropy
  25. 25 - Available Energy w.r.to a Thermal Reservoir
  26. 26 - Entropy: Engineering Meaning and Additivity
  27. 27 - Entropy Cannot Decrease in a Weight Process
  28. 28 - Criteria for Reversibility of a Weight Process
  29. 29 - Exchangeability of Entropy via Interactions
  30. 30 - Entropy Balance Equation
  31. 31 - Maximum Entropy and Minimum Energy Principles
  32. 32 - State Principle and Fundamental Relation
  33. 33 - Partial Derivatives of the Fundamental Relation

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