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Thermodynamics & Power Plant

Simply Easy Learning

Created by Er. Himanshu Vasishta, Last Updated 05-Sep-2019, Language:English

Description

Thermodynamics is the branch of science concerned with heat and temperature and their relation to energy and work. It states that the behavior of these quantities is governed by the four laws of thermodynamics, irrespective of the composition or specific properties of the material or system in question. These video classes have been developed based on the latest GATE syllabus and will be useful for Mechanical Engineering students as well as for GATE exams preparation.

Audience

These video classes have been designed for Mechanical Engineering students, especially those who are preparing for GATE examination. It will also be helpful for students in preparing them for their Engineering syllabus.

Course Content

  • Introduction To Thermodynamics 8 Lectures 00:47:47

    • Introduction to Thermodynamics

      Preview
      00:01:56

    • Thermodynamic System

      00:02:45

    • Thermodynamic Surroundings

      00:03:35

    • Macroscopic & Microscopic point of view

      00:05:16

    • Property of a System

      00:10:35

    • State of a System Process Cycle

      00:07:29

    • Path and Point Function

      00:08:33

    • Quasi Static Process

      00:07:38
  • Zeroth Law Of Thermodynamics 4 Lectures 00:16:49

    • Zeroth Law Introduction

      00:04:08

    • Liquid in Glass Thermometer

      00:03:50

    • Constant Volume Gas Thermometer

      00:05:13

    • Thermo Couple

      00:03:38
  • Work & Heat Transfer 3 Lectures 00:22:03

    • Work & Heat Transfer

      00:10:04

    • Displacement Work

      00:04:54

    • Displacement Work Example

      00:07:05
  • First Law Of Thermodynamics 17 Lectures 01:31:09

    • First Law of Thermodynamics

      Preview
      00:04:09

    • First Law of Thermodynamics - Isobaric Process

      00:04:11

    • First Law of Thermodynamics - Isochoric Process

      00:02:17

    • First Law of Thermodynamics - Isothermal Process

      00:03:44

    • First Law of Thermodynamics - Adiabatic Process

      00:06:56

    • First Law of Thermodynamics Example 1

      00:04:05

    • First Law of Thermodynamics Example 2

      00:03:47

    • Flow Process in Flow Work

      00:06:33

    • Energy Balance in Study Flow Process

      00:04:44

    • SFEE Application on Nozzles and Diffuser

      00:07:14

    • SFEE Application on Steam and Gas Turbine

      00:02:37

    • SFEE Application on Compressor

      00:02:46

    • SFEE Application on Throttling Device

      00:04:37

    • SFEE Numerical Example 1

      00:09:06

    • SFEE Numerical Example 2

      00:06:31

    • Transient Flow Process

      00:09:52

    • Transient Flow Process Example

      00:08:00
  • Second Law of Thermodynamics 9 Lectures 00:47:42

    • Second Law Thermodynamics

      00:06:29

    • Heat Engine

      00:05:14

    • Heat Pump & Refrigerator

      00:07:00

    • Heat Engine Numerical Example

      00:04:48

    • Second Law Thermodynamics - Carnot Cycle

      00:06:15

    • Efficiency of Carnot Cycle

      00:03:44

    • Refrigerator Numerical Example 1

      00:03:12

    • Refrigerator Numerical Example 2

      00:07:41

    • Kelvin Planck and Clausius statement

      00:03:19
  • Entropy 13 Lectures 01:14:51

    • Introduction of Entropy

      00:08:14

    • Two Reversible Adiabatics cannot intersect

      00:03:36

    • Clausius Theorem

      Preview
      00:09:04

    • Clausius Inequality

      00:07:45

    • Entropy as a System Property

      00:03:45

    • Change of Entropy in Reversible Process

      00:05:43

    • Increase of Entropy Principle

      00:07:43

    • Clausius Inequality Example 1

      00:04:41

    • Clausius Inequality Example 2

      00:04:03

    • Entropy Balance

      00:04:15

    • Entropy Numerical Example 1

      00:05:20

    • Entropy Numerical Example 2

      00:04:54

    • Entropy Numerical Example 3

      00:05:48
  • Availability 9 Lectures 01:05:26

    • Availability & Available Energy

      00:06:37

    • Available Energy

      00:07:51

    • Useful Work

      00:05:44

    • Availability of Energy Entering a System

      00:06:21

    • Availability of a System

      00:05:20

    • Availability of a Closed System & Steady Flow System

      00:10:16

    • Second Law Efficiency

      00:04:54

    • Availability Numerical Example 1

      00:10:48

    • Availability Numerical Example 2

      00:07:35
  • Thermodynamic Relation 6 Lectures 00:30:24

    • Helmholtz Gibbs Function Gibbsian Equation

      00:05:56

    • Maxwell's Relations

      00:05:25

    • Volumetric Expansivity Isothermal Compressibility and Isentropic Compressibility

      00:02:12

    • Change in Internal Energy

      00:06:11

    • Change in Enthalpy

      00:05:49

    • Clausius Clapeyron Equation

      00:04:51
  • Pure Substances 10 Lectures 00:54:15

    • Introduction of Pure Substances

      00:04:27

    • Phases of Pure Substances

      00:07:42

    • Phase Change Phenomena of Pure Substances

      00:04:22

    • Saturation Temperature & Saturation Pressure

      00:05:28

    • Pure Substances - T V Diagram

      00:07:39

    • Pure Substances - P T Diagram

      00:03:43

    • Pure Substances - P V Diagram

      00:03:46

    • Critical Point & Triple Point

      00:07:36

    • Temperature Entropy Diagram

      00:05:04

    • Enthalpy Entropy Diagram

      00:04:28
  • Gas Power Cycle 9 Lectures 01:14:58

    • Carnot Gas Power Cycle

      00:06:15

    • Stirling Cycle

      00:05:02

    • Ericsson Cycle

      00:08:10

    • Otto Cycle

      00:09:29

    • Diesel Cycle

      00:10:18

    • Otto Cycle Numerical Example

      00:11:44

    • Diesel cycle Numerical Example

      00:09:30

    • Brayton Cycle

      00:09:04

    • Brayton Cycle Numerical Example

      00:05:26
  • Vapour Power Cycle 6 Lectures 00:52:51

    • Introduction to Vapour Power Cycle

      00:07:59

    • Carnot Vapour Power Cycle

      00:08:17

    • Rankine Cycle

      00:08:13

    • Reheat Cycle

      00:07:28

    • Reheat Factor

      00:08:41

    • Regenerative Cycle

      00:12:13
  • Internal Combustion Engine 9 Lectures 00:57:19

    • Internal Combustion Engines

      00:06:19

    • Components of an IC Engine

      00:15:07

    • Air fuel Mixture

      00:10:54

    • Performance of IC Engine

      00:03:47

    • Indicated Power Brake Power Friction Power

      00:04:49

    • Fuel Consumption

      00:05:05

    • Air Consumption

      00:04:33

    • Efficiency of IC Engine

      00:03:30

    • IC Engine Numerical Example

      00:03:15
  • Reciprocating Air Compressor 6 Lectures 00:33:32

    • Reciprocating Air Compressor Introduction

      00:07:59

    • Important Terms of Reciprocating Air Compressor

      00:03:03

    • Construction of Reciprocating Air Compressor

      00:07:53

    • Indicated Work for a Single Acting Compressor

      00:05:04

    • Mean Effective Pressure

      00:03:38

    • Reciprocating Air Compressor Example

      00:05:55
  • Rotary Air Compressors 12 Lectures 01:39:13

    • Introduction to Rotary Compressors

      00:02:52

    • Roots Blower

      00:07:34

    • Roots Blower Example

      00:03:40

    • Vane Type Compressor

      00:06:52

    • Vane Type Compressor Example

      00:06:00

    • Construction of Centrifugal Compressor

      00:08:11

    • Velocity Diagram

      00:17:11

    • Degree of Reaction

      00:02:39

    • Losses in Centrifugal Compressor

      00:04:23

    • Centrifugal Compressor Example 1

      00:16:52

    • Centrifugal Compressor Example 2

      00:09:49

    • Centrifugal Compressor Example 3

      00:13:10
  • Turbine 3 Lectures 00:17:31

    • What is Turbine?

      Preview
      00:03:20

    • Energy Transfer in Axial Flow Turbine

      00:11:08

    • Velocity Diagram for Axial Flow Turbines

      00:03:03
  • GATE Exam Questions and Answers 15 Lectures 01:04:19

    • Thermodynamics & Power Plant - GATE Exercise 1

      00:03:50

    • Thermodynamics & Power Plant - GATE Exercise 2

      00:10:41

    • Thermodynamics & Power Plant - GATE Exercise 3

      00:03:46

    • Thermodynamics & Power Plant - GATE Exercise 4

      00:03:24

    • Thermodynamics & Power Plant - GATE Exercise 5

      00:05:10

    • Thermodynamics & Power Plant - GATE Exercise 6

      00:02:32

    • Thermodynamics & Power Plant - GATE Exercise 7

      00:03:36

    • Thermodynamics & Power Plant - GATE Exercise 8

      00:03:01

    • Thermodynamics & Power Plant - GATE Exercise 9

      00:05:08

    • Thermodynamics & Power Plant - GATE Exercise 10

      00:02:45

    • Thermodynamics & Power Plant - GATE Exercise 11

      00:04:23

    • Thermodynamics & Power Plant - GATE Exercise 12

      00:05:25

    • Thermodynamics & Power Plant - GATE Exercise 13

      00:03:17

    • Thermodynamics & Power Plant - GATE Exercise 14

      00:04:21

    • Thermodynamics & Power Plant - GATE Exercise 15

      00:03:00

Er. Himanshu Vasishta

Er. Himanshu Vasishta holds a B.Tech in Mechanical Engineering from Chitkara University. He is a Marine Engineering and Automotive Engineering enthusiast. An e-learning professional, Himanshu has been training Mechanical Engineering students and graduates since the last 8 years.