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mod12lec86 - Thermodynamics cycles: Brayton cycle
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Classroom Contents
Thermodynamics
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- 1 Thermodynamics - Course Introduction video
- 2 Basic concepts and definitions - Part 1
- 3 Basic concepts and definitions - Part 2
- 4 Basic concepts and definitions - Part 3
- 5 Tutorial problems on exact and inexact differential
- 6 Basic concepts and definitions - Part 4
- 7 Work - Part 1
- 8 Work - Part 2
- 9 Work - Part 3
- 10 Work - Part 4
- 11 Work - Part 5
- 12 Tutorial problem on 'Work' - Part 1
- 13 Tutorial problem - Part 2
- 14 Tutorial problem on 'Work' - Part 3
- 15 Tutorial problem on 'Work' - Part 4
- 16 Zeroth law of thermodynamics
- 17 Methods of temperature measurement
- 18 Modes of heat transfer
- 19 Tutorial problem on 'Modes of heat transfer
- 20 Tutorial problem on 'Methods of temperature measurement
- 21 First law of thermodynamics
- 22 Tutorial problem
- 23 Tutorial problem
- 24 Heat and work interactions for a system
- 25 Tutorial problem - Part 1
- 26 Pure substance
- 27 Tutorial problem - Part 2
- 28 Ideal gas - Part 1
- 29 Ideal gas - Part 2
- 30 Tutorial problem - Part 3
- 31 Tutorial problem - Part 4
- 32 Tutorial problem - Part 5
- 33 Specific heats at constant pressure and constant volume
- 34 Tutorial problem - Part 6
- 35 Tutorial problem - Part 7
- 36 Ideal gas - Part 3
- 37 Ideal gas - Part 4
- 38 Ideal gas - Part 5
- 39 Tutorial problem - Part 1
- 40 Tutorial problem - Part 2
- 41 Tutorial problem - Part 3
- 42 Tutorial problem - Part 4
- 43 Beyond ideal gases - Part 1
- 44 Beyond ideal gases - Part 2
- 45 Two phase system - Part 1
- 46 Two phase system - Part 2
- 47 Two phase system: water and steam
- 48 Tutorial problems (2 numbers)
- 49 Tutorial problem - Part 1
- 50 Tutorial problem - Part 2
- 51 Tutorial problem - Part 3
- 52 Tutorial problems on two-phase systems(2 numbers)
- 53 Tutorial problem (1 number)
- 54 Rate equation of the first law of thermodynamics for a control mass and a control volume
- 55 Energy equation for a steady-state, steady-flow process in selected engineering devices
- 56 Tutorial problems (3 numbers)
- 57 Tutorial problem - Part 1
- 58 Tutorial problem - Part 2
- 59 Quasi-static process revisited: Work against an external force
- 60 Second law of thermodynamics: limitations of the first law of thermodynamics
- 61 Second law of thermodynamics: direct and reverse heat engine
- 62 Second law of thermodynamics: Kelvin-Planck and Clausius statements
- 63 Second law of thermodynamics: reversible process
- 64 Second law of thermodynamics: Carnot's cycle and theorems
- 65 Second law of thermodynamcis: absolute temperature scale
- 66 Tutorial problems (2 numbers)
- 67 Tutorial problem (1 number)
- 68 Tutorial problem (1 number)
- 69 Tutorial problem (2 numbers)
- 70 Second law of thermodynamics: Clausius's inequality
- 71 Entropy - Part 1
- 72 Tutorial problem (1 number)
- 73 mod10lec72 - Entropy - Part 2
- 74 mod10lec73 - Entropy - Part 3
- 75 mod10lec74 - Entropy - Part 4
- 76 mod10lec75 - Tutorial problem (1 number)
- 77 mod10lec76 - Tutorial problem (1 number)
- 78 mod10lec77 - Tutorial problems (2 numbers)
- 79 mod11lec78 - Entropy - Part 5
- 80 mod11lec79 - Entropy - Part 6
- 81 mod11lec80 - Entropy - Part 7
- 82 mod11lec81 - Exergy - Part 1
- 83 mod11lec82 - Exergy - Part 2
- 84 mod11lec83 - Exergy - Part 3
- 85 mod12lec84 - Thermodynamics cycles: Rankine cycle
- 86 mod12lec85 - Tutorial problem (1 number)
- 87 mod12lec86 - Thermodynamics cycles: Brayton cycle
- 88 mod12lec87 - Tutorial problem (1 number)
- 89 mod12lec88 - Thermodynamics cycles: vapor compression refrigeration cycle
- 90 mod12lec89 - Tutorial problem (1 number)
