Course Content
Laws of Thermodynamics and Fundamental concepts
Concept of the thermodynamic system, system properties, and thermodynamic processes. Gas laws, and Laws of thermodynamics.
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Introduction to Thermodynamics
11:48
System continued
04:27
Internal Energy, Heat and Work
Definition of Internal Energy, Heat and Work. Energy interaction in a system
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Internal Energy
07:14
Zeroth Law of Thermodynamics
08:20
Application of 1st Law of Thermodynamics to Processes
Control Mass, Control volume of Thermodynamic processes
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Control Mass
08:23
Implications of 1st Law
07:38
Heat Engine
09:35
Refrigerator
09:27
Energy Interactions
11:55
Non Flow Processes
06:25
Isochoric process
06:31
Isobaric Process
11:56
Isentropic Process
06:32
Polytropic Process
07:27
Concept of Entropy
Definition, Concept, and application in different processes
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Concept of Entropy
07:47
Change of entropy in ideal gas
04:30
Change in entropy for Isochoric and Isobaric process
04:00
Isothermal & Isentropic Entropy
03:57
Air Standard Cycles
Assumptions, analysis, and efficiencies of Carnot, Otto and diesel cycles.
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Why Air Standard Cycle?
02:51
Important Terms in Air Standard Cycle
07:02
Idealised processes in Air Standard Cycle
06:03
Analysis of Carnot Cycle
09:33
Carnot Efficiency
06:53
Otto & Diesel Cycle
12:15
Otto Cycle
05:55
Otto Cycle Efficiency
05:28
Dual Cycle and Joule’s Cycle
08:22
Steam and its properties
Formation and properties of steam
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How is steam formed?
13:14
Steam1
Properties of Steam
12:54
Steam 2
18:00
Internal Energy and Entropy
08:21
Steam Table and Mollier Chart
07:16
Fuel
Definition, Types and Calorific Value
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Fuels
Thermodynamics
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