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thermodynamic system basics For Engineers

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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  • Watch All Lessons
  • Watch at least 50% of Lesson Duration
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  • The Certificate is free !
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 course in hindi, in this course Explore the fundamental principles and properties of thermodynamic systems, including their types and behavior in various contexts.