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thermodynamic system basics For Engineers Course

Track :

Engineering

Lessons no : 37

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What will you learn in this course?
  • Understand the fundamental principles of thermodynamic systems and their applications in engineering contexts
  • Identify different types of thermodynamic systems and analyze their properties effectively
  • Apply the laws of thermodynamics to solve real-world engineering problems and system behaviors
  • Describe the behavior of thermodynamic systems under various conditions and processes
  • Utilize thermodynamic property tables and charts for system analysis and calculations
  • Evaluate energy transfer, work, and heat interactions within thermodynamic systems
  • Differentiate between open, closed, and isolated systems in practical engineering scenarios
  • Implement basic thermodynamic equations to model system performance and efficiency
  • Analyze phase changes and their impact on thermodynamic system behavior
  • Interpret the significance of entropy, enthalpy, and other thermodynamic properties in system analysis
  • Apply thermodynamic principles to optimize engineering systems for energy efficiency
  • Develop problem-solving skills for thermodynamic system design and troubleshooting

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Lessons | 37
Applied Thermodynamics For Engineers Introduction Video
00:07:26

Applied Thermodynamics For Engineers Introduction Video
Lec 1 Overview of thermodynamic system state
01:01:20

Lec 1 Overview of thermodynamic system state
Lec 2 First second laws of thermodynamics
01:05:34

Lec 2 First second laws of thermodynamics
Lec 3 Concept of entropy entropy generation
00:58:15

Lec 3 Concept of entropy entropy generation
Lec 4 Concept of exergy exergy destruction
00:50:46

Lec 4 Concept of exergy exergy destruction
Lec 5 Thermodynamic potentials Maxwell relations
00:58:10

Lec 5 Thermodynamic potentials Maxwell relations
Lec 6 Generalized relations for entropy specific heats
00:58:59

Lec 6 Generalized relations for entropy specific heats
Lec 7 Joule Thomson coefficient Clapeyron equation
00:59:00

Lec 7 Joule Thomson coefficient Clapeyron equation
Lec 8 Liquid vapor phase change process
00:56:11

Lec 8 Liquid vapor phase change process
Lec 9 Use of property tables
01:09:18

Lec 9 Use of property tables
Lec 10 Equations of state Compressibility factor
01:00:43

Lec 10 Equations of state Compressibility factor
Lec 11 Ideal cycles for reciprocating engines
01:08:41

Lec 11 Ideal cycles for reciprocating engines
Lec 12 Otto Diesel Dual combustion cycles
00:59:43

Lec 12 Otto Diesel Dual combustion cycles
Lec 13 Stirling Ericsson cycles
01:04:22

Lec 13 Stirling Ericsson cycles
Lec 14 Fuel air cycle
01:12:57

Lec 14 Fuel air cycle
Lec 15 Numerical exercise on Fuel air cycles
00:50:19

Lec 15 Numerical exercise on Fuel air cycles
Lec 16 Losses in actual cycle valve timing diagram
00:42:00

Lec 16 Losses in actual cycle valve timing diagram
Lec 17 Ideal Brayton cycle
00:57:23

Lec 17 Ideal Brayton cycle
Lec 18 Intercooling reheating in Brayton cycle
01:01:58

Lec 18 Intercooling reheating in Brayton cycle
Lec 19 Regeneration in Brayton cycle
00:58:45

Lec 19 Regeneration in Brayton cycle
Lec 20 Ideal Rankine cycle
01:08:23

Lec 20 Ideal Rankine cycle
Lec 21 mprovements modifications in Rankine cycle
00:54:47

Lec 21 mprovements modifications in Rankine cycle
Lec 22 Regenerative Rankine cycle
00:59:27

Lec 22 Regenerative Rankine cycle
Lec 23 Binary vapor power cycle
00:39:32

Lec 23 Binary vapor power cycle
Lec 24 Combined gas steam power plant
00:57:13

Lec 24 Combined gas steam power plant
Lec 25 Different arrangments in combined cycles
01:00:13

Lec 25 Different arrangments in combined cycles
Lec 26 Vapor compression refrigeration cycle
01:05:26

Lec 26 Vapor compression refrigeration cycle
Lec 27 SSS cycles refrigerants
00:57:02

Lec 27 SSS cycles refrigerants
Lec 28 Modifications in VCR systems
01:02:50

Lec 28 Modifications in VCR systems
Lec 29 Vapor absorption refrigeration cycle
00:44:45

Lec 29 Vapor absorption refrigeration cycle
Lec 30 P v T behavior of gas mixtures
00:59:47

Lec 30 P v T behavior of gas mixtures
Lec 31 Numerical examples
01:01:23

Lec 31 Numerical examples
Lec 32 Properties of moist air
01:05:48

Lec 32 Properties of moist air
Lec 33 Psychrometric chart various psychrometric processes
01:06:55

Lec 33 Psychrometric chart various psychrometric processes
Lec 34 Sensible heat factor bypass factor
00:52:05

Lec 34 Sensible heat factor bypass factor
Lec 35 Theoretical actual combustion process
01:11:49

Lec 35 Theoretical actual combustion process
Lec 36 Thermodynamic analyses of reacting systems
01:11:54

Lec 36 Thermodynamic analyses of reacting systems


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thermodynamic system basics For Engineers Course Description

thermodynamic system basics course in hindi, in this course Explore the fundamental principles and properties of thermodynamic systems, including their types and behavior in various contexts.