1. Courses
  2. MEE221

Thermodynamics II

  • Teacher
    Eng. Arsalan Hussain
  • Category
    Engineering
  • Course Code
    MEE221
  • Session
    Fall 2020

Course Material/Videos

Available Resources
15361 Lecture 1 - Thermodynamics & Energy Video Notes
15362 Lecture 2 - Energy Transfer by Heat and Work Video Notes
16363 Lecture 3 - Heat Transfer for various Processes Video Notes
16364 Lecture 4 - Properties and Phase Change Process of Pure Substance Video Notes
16365 Lecture 5 - Mass Balance and Steady Flow Energy Equation Video Notes
16366 Lecture 6 - SFEE applied to Nozzle, Diffuser, Turbines and compressor Video Notes
16367 Lecture 7 - SFEE applied to Throttling Devices and Heat Exchanger Video Notes
16368 Lecture 8 - Work and Heat Transfer for various processes for Open System Video Notes
20830 Lecture 9 - The Transient Process Video Notes
20831 Lecture 10 - Cyclic Heat Engine Video Notes
20832 Lecture 11 - Equivalence of Kelvin Planck and Clausius Statement Video Notes
20833 Lecture 12 - Carnot Refrigeration Cycle Video Notes
20834 Lecture 13 - Carnot Principles and Heat Engines Video Notes
20835 Lecture 14 - Entropy of pure substance/ entropy balance and generation Video Notes
20836 Lecture 15 - Application of Entropy Principle Video Notes
20837 Lecture 16 - Thermodynamics Property Relations Video Notes
21377 Lecture 17 - Entropy change for imcompressible substance Video Notes
21378 Lecture 18 - Entropy generation for open system Video Notes
21379 Lecture 19 - Introduction to Exergy Video Notes
21380 Lecture 20 - Loss in Available Energy Video Notes
21381 Lecture 21 - Exergy on a Closed System Video Notes
21382 Lecture 22 - Exergy on an Open System Video Notes
21383 Lecture 23 - Exergy Exercise Numerical Problems Video Notes
21384 Lecture 24 - Exergy Exercise Numerical Problems Video Notes
21385 Lecture 25 - Ideal Rankine Cycle Video Notes
21386 Lecture 26 - Actual Rankine Cycle Video Notes
21387 Lecture 27 - Regeneration Rankine Cycle Video Notes
21388 Lecture 28 - Gas Power Cycle Video Notes
21389 Lecture 29 - Ideal Otto and Diesel Cycle Video Notes

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