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Thermal Engineering Basics

Course Reviews

Track :

Engineering

Lessons no : 67

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What will you learn in this course?
  • Understand fundamental heat transfer mechanisms including conduction, convection, and radiation in thermal systems
  • Apply principles of thermodynamics to analyze energy efficiency in thermal processes and systems
  • Design basic thermal systems for heating, cooling, and energy transfer applications in real-world scenarios
  • Evaluate thermal performance of materials and insulation for optimizing energy conservation
  • Utilize heat transfer equations and models to solve practical engineering problems
  • Implement energy management strategies to improve thermal system efficiency and sustainability
  • Analyze the role of thermodynamics in power generation and refrigeration systems
  • Develop skills to troubleshoot and optimize thermal systems for industrial and residential applications
  • Interpret thermal system data to make informed engineering decisions and improvements
  • Assess environmental impacts of thermal processes and incorporate eco-friendly solutions
  • Use simulation tools to model heat transfer and thermal system behavior effectively
  • Integrate safety standards and best practices in thermal system design and operation
  • Communicate thermal engineering concepts clearly to technical and non-technical audiences
  • Apply thermal engineering principles to innovate sustainable energy solutions and technologies

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  • Watch at least 50% of Lesson Duration
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  • The Certificate is free !
Lessons | 67
Thermal Engineering Basic and Applied Intro Video
00:07:57

Thermal Engineering Basic and Applied Intro Video
Lec 1 First law of Thermodynamics for control mass and control volume systems
00:47:01

Lec 1 First law of Thermodynamics for control mass and control volume systems
Lec 2 First law of Thermodynamics for control volume system Flow system
00:55:39

Lec 2 First law of Thermodynamics for control volume system Flow system
Lec 3 Steady State Steady Flow Processes combination of First and Second Laws
00:50:23

Lec 3 Steady State Steady Flow Processes combination of First and Second Laws
Lec 4 Second Law of Thermodynamics A Brief Review
00:54:13

Lec 4 Second Law of Thermodynamics A Brief Review
Lec 5 Combined First and Second Laws Applied to Processes
00:57:46

Lec 5 Combined First and Second Laws Applied to Processes
Lec 6 Combined First and Second Laws Flow and Non Flow Processes
00:55:55

Lec 6 Combined First and Second Laws Flow and Non Flow Processes
Lec 7 Description of Steam Power Plant Application of 1st and 2nd Laws to Different Processes
00:57:44

Lec 7 Description of Steam Power Plant Application of 1st and 2nd Laws to Different Processes
Lec 8 Second Law Applied to Processes of Power Plant and Ideal Cycle of Power Plant
00:55:12

Lec 8 Second Law Applied to Processes of Power Plant and Ideal Cycle of Power Plant
Lec 9 Steam Power Plant Thermodynamic aspects Efficiency Work ratio and Ideal Cycle
00:58:55

Lec 9 Steam Power Plant Thermodynamic aspects Efficiency Work ratio and Ideal Cycle
Lec 10 Ideal Power Cycle and its Limitations Introduction to Actual Power Cycle
00:53:59

Lec 10 Ideal Power Cycle and its Limitations Introduction to Actual Power Cycle
Lec 11 Limitations of Carnot Cycle Simple Rankine Cycle and Analysis
00:57:45

Lec 11 Limitations of Carnot Cycle Simple Rankine Cycle and Analysis
Lec 13 Reheat Cycle and Analysis
00:40:09

Lec 13 Reheat Cycle and Analysis
Lec 12 Analysis of Simple Rankine Cycle and its Design Modifications
00:53:01

Lec 12 Analysis of Simple Rankine Cycle and its Design Modifications
Lec 14 Reheat Cycle and Analysis Cont
00:36:19

Lec 14 Reheat Cycle and Analysis Cont
Lec 15 Regenerative Principle of Steam Power Cycles
00:45:57

Lec 15 Regenerative Principle of Steam Power Cycles
Lec 16 Analysis of Regenerative Steam Power Cycles
00:43:18

Lec 16 Analysis of Regenerative Steam Power Cycles
Lec 17 Regenerative Steam Power Cycle with Closed Feed Water Heater Ideal Working Fluid
00:51:42

Lec 17 Regenerative Steam Power Cycle with Closed Feed Water Heater Ideal Working Fluid
Lec 18 Multi fluid Cycle and Analysis
00:43:46

Lec 18 Multi fluid Cycle and Analysis
Lec 19 Analysis of Multi fluid Cycle Second Law Analysis of Steam Power Cycle
01:05:22

Lec 19 Analysis of Multi fluid Cycle Second Law Analysis of Steam Power Cycle
Lec 20 Problems of Steam Power Cycle
00:48:58

Lec 20 Problems of Steam Power Cycle
Lec 21 Problems of Steam Power Cycle Cont
00:48:28

Lec 21 Problems of Steam Power Cycle Cont
Lec 22 Types of Boiler Different Cycles in Boiler Operation Boiler attachment
00:48:56

Lec 22 Types of Boiler Different Cycles in Boiler Operation Boiler attachment
Lec 23 Cochran Boiler Operation Boiler attachment
00:29:46

Lec 23 Cochran Boiler Operation Boiler attachment
Lec 24 Boiler Attachments
00:41:29

Lec 24 Boiler Attachments
Lec 25 Superheaters and their Arrangements Steam Temperature Control
00:48:12

Lec 25 Superheaters and their Arrangements Steam Temperature Control
Lec 26 Characteristics of Convective and Radiant Superheaters Steam Temperature Control
00:58:44

Lec 26 Characteristics of Convective and Radiant Superheaters Steam Temperature Control
Lec 27 Problems on Boiler Steam Generator
00:25:05

Lec 27 Problems on Boiler Steam Generator
Lec 28 Use of nozzles in steam power plant flow analysis of steam in nozzle
00:58:03

Lec 28 Use of nozzles in steam power plant flow analysis of steam in nozzle
Lec 29 Flow analysis of steam in nozzle Mass flow rate
00:48:08

Lec 29 Flow analysis of steam in nozzle Mass flow rate
Lec 30 Mass flow rate of steam in nozzle Critical Pressure Ratio
00:33:43

Lec 30 Mass flow rate of steam in nozzle Critical Pressure Ratio
Lec 31 Critical Pressure Ratio and its Physical Significance
00:49:12

Lec 31 Critical Pressure Ratio and its Physical Significance
Lec 32 Nozzle efficiency and factors that affect the efficiency
00:48:21

Lec 32 Nozzle efficiency and factors that affect the efficiency
Lec 33 Factors that affect the efficiency problem on flow nozzle
00:23:53

Lec 33 Factors that affect the efficiency problem on flow nozzle
Lec 34 Problem on flow nozzle
00:33:32

Lec 34 Problem on flow nozzle
Lec 35 Steam Turbines types and analysis using velocity triangles
00:59:39

Lec 35 Steam Turbines types and analysis using velocity triangles
Lec 36 Analysis of Impulse Steam Turbine
01:06:49

Lec 36 Analysis of Impulse Steam Turbine
Lec 37 Compounding of Steam Turbine
01:01:46

Lec 37 Compounding of Steam Turbine
Lec 38 Analysis of Reaction Steam Turbine
01:11:21

Lec 38 Analysis of Reaction Steam Turbine
Lec 39 Problems on Steam Turbine
01:16:48

Lec 39 Problems on Steam Turbine
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Beela Ramakrishna 

very good
2025-06-20

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