Engineering Thermodynamics (English)

   Wednesday, May 21, 2025   

Starting a new Lecture Notes Series on Engineering Thermodynamics

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Engineering Thermodynamics By Lecture Notes together!

Lecture 1: Course outline

Lecture 2: Introduction - Part 1

Lecture 3: Introduction - Part 2

Lecture 4: Basic concepts - Part 1

Lecture 5: Basic concepts - Part 2

Lecture 6: Basic concepts - Part 3

Lecture 7: Basic concepts - Part 4

Lecture 8: Basic concepts - Part 5

Lecture 9: Tutorial 1 - Basic concepts, pressure and temperature measurements- Part 1

Lecture 10: Tutorial 1 - Basic concepts, pressure and temperature measurements- Part 2

Lecture 11: Tutorial 1 - Basic concepts, pressure and temperature measurements- Part 3

Lecture 12: Work and Heat - Part 1

Lecture 13: Work and Heat - Part 2

Lecture 14: Work and Heat - Part 3

Lecture 15: Tutorial 2 - Work and heat transfer examples - Part 1

Lecture 16: Tutorial 2 - Work and heat transfer examples - Part 2

Lecture 17: Tutorial 2 - Work and heat transfer examples - Part 3

Lecture 18: First law of thermodynamics

Lecture 19: Pure substances

Lecture 20: Ideal gases and ideal gas mixtures

Lecture 21: Two-phase mixtures - Part 1

Lecture 22: Two-phase mixtures - Part 2

Lecture 23: First law analysis of systems - Part 1

Lecture 24: First law analysis of systems - Part 2

Lecture 25: First law analysis of systems - Part 3

Lecture 26: First law analysis of systems - Part 4

Lecture 27: Tutorial 3 - First law analysis of system - Part 1

Lecture 28: Tutorial 3 - First law analysis of system - Part 2

Lecture 29: Tutorial 3 - First law analysis of system - Part 3

Lecture 30: Tutorial 4- Systems involving ideal gas mixtures - Part 1

Lecture 31: Tutorial 4- Systems involving ideal gas mixtures - Part 2

Lecture 32: Tutorial 4- Systems involving ideal gas mixtures - Part 3

Lecture 33: Tutorial 5 - Systems involving Steam and R134a using table - Part 1

Lecture 34: Tutorial 5 - Systems involving Steam and R134a using table - Part 2

Lecture 35: Tutorial 5 - Systems involving Steam and R134a using table - Part 3

Lecture 36: Tutorial 5 - Systems involving Steam and R134a using table - Part 4

Lecture 37: Tutorial 5 - Systems involving Steam and R134a using table - Part 5

Lecture 38: Tutorial 5 - Systems involving Steam and R134a using table - Part 6

Lecture 39: First law of thermodynamics for a control colume

Lecture 40: Control volume analysis of steady flow devices - Part 1

Lecture 41: Control volume analysis of steady flow devices - Part 2

Lecture 42: Control volume analysis of steady flow devices - Part 3

Lecture 43: Unsteady analysis

Lecture 44: Tutorial 6 - First law for control volumes

Lecture 45: Second law of Thermodynamics - Part 1

Lecture 46: Second law of Thermodynamics - Part 2

Lecture 47: Second law of Thermodynamics - Part 3

Lecture 48: Second law of Thermodynamics - Part 4

Lecture 49: Second law of Thermodynamics - Part 5

Lecture 50: Tutorial 7 - Second law of thermodynamics - Part 1

Lecture 51: Tutorial 7 - Second law of thermodynamics - Part 2

Lecture 52: Tutorial 7 - Second law of thermodynamics - Part 3

Lecture 53: Tutorial 7 - Second law of thermodynamics - Part 4

Lecture 54: Tutorial 7 - Second law of thermodynamics - Part 5

Lecture 55: Entropy - Part 1

Lecture 56: Entropy - Part 2

Lecture 57: Entropy - Part 3

Lecture 58: Entropy - Part 4

Lecture 59: Entropy - Part 5

Lecture 60: Entropy - Part 6

Lecture 61: Tutorial 8 - Entropy - Part 1

Lecture 62: Tutorial 8 - Entropy - Part 2

Lecture 63: Tutorial 8 - Entropy - Part 3

Lecture 64: Tutorial 8 - Entropy - Part 4

Lecture 65: Tutorial 8 - Entropy - Part 5

Lecture 66: Thermodynamic cycles - Part 1

Lecture 67: Thermodynamic cycles - Part 2

Lecture 68: Tutorial 9 - Thermodynamic cycles - Part 1

Lecture 69: Tutorial 9 - Thermodynamic cycles - Part 2

Lecture 70: Tutorial 9 - Thermodynamic cycles - Part 3