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conduction and radiation Fundamentals

Course Reviews

Track :

Engineering

Lessons no : 34

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What will you learn in this course?
  • Master conduction heat transfer principles for engineering applications and thermal management techniques in real-world scenarios
  • Apply radiation heat transfer concepts to solve problems in physics, climate science, and energy systems
  • Analyze thermal conductivity and radiation properties to optimize material selection in engineering designs
  • Evaluate heat transfer efficiency through conduction and radiation in industrial processes and environmental systems
  • Implement practical methods to measure and control heat transfer via conduction and radiation
  • Identify the role of conduction and radiation in thermal insulation and energy conservation strategies
  • Utilize mathematical models to predict heat transfer behavior in conduction and radiation scenarios
  • Develop solutions for heat dissipation challenges in electronic devices and mechanical systems
  • Compare conduction and radiation mechanisms to improve thermal system performance and safety
  • Integrate conduction and radiation principles to innovate sustainable energy solutions and thermal management

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Lessons | 34
Fundamentals of conduction and radiation Introduction Video
00:03:44

Fundamentals of conduction and radiation Introduction Video
Lec 1 Relationship of Thermodynamics with Heat transfer
01:02:06

Lec 1 Relationship of Thermodynamics with Heat transfer
Lec 2 Modes of heat transfer
00:52:29

Lec 2 Modes of heat transfer
Lec 3 Fourier s law thermal conductivity
00:50:39

Lec 3 Fourier s law thermal conductivity
Lec 4 Generalized heat diffusion equation
00:58:45

Lec 4 Generalized heat diffusion equation
Lec 5 Heat diffusion equation in curvilinear coordinates
00:51:00

Lec 5 Heat diffusion equation in curvilinear coordinates
Lec 6 Concept of thermal resistance
01:04:17

Lec 6 Concept of thermal resistance
Lec 7 Use of network of resistances in wall cylinder
01:00:36

Lec 7 Use of network of resistances in wall cylinder
Lec 8 Critical thickness of insulation
01:02:39

Lec 8 Critical thickness of insulation
Lec 9 Conduction with energy generation I
01:11:50

Lec 9 Conduction with energy generation I
Lec 10 Conduction with energy generation II
01:05:38

Lec 10 Conduction with energy generation II
Lec 11 General Heat Transfer Analysis
00:46:45

Lec 11 General Heat Transfer Analysis
Lec 12 Fins with uniform cross section area I
00:50:53

Lec 12 Fins with uniform cross section area I
Lec 13 Fins with uniform cross section area II
00:41:41

Lec 13 Fins with uniform cross section area II
Lec 14 Fins with non uniform cross section area
00:57:47

Lec 14 Fins with non uniform cross section area
Lec 15 Method of Separation of Variables
01:09:02

Lec 15 Method of Separation of Variables
Lec 16 Graphical approach
00:42:46

Lec 16 Graphical approach
Lec 17 Method of Superposition
00:30:18

Lec 17 Method of Superposition
Lec 18 Lumped capacitance approach I
00:49:22

Lec 18 Lumped capacitance approach I
Lec 19 Lumped capacitance approach II
00:48:38

Lec 19 Lumped capacitance approach II
Lec 20 Semi infinite Solid
00:46:13

Lec 20 Semi infinite Solid
Lec 21 Steady Heat Conduction
00:53:19

Lec 21 Steady Heat Conduction
Lec 22 Unsteady Heat Conduction
01:07:55

Lec 22 Unsteady Heat Conduction
Lec 23 Problem solving using Energy Balance Method
00:45:25

Lec 23 Problem solving using Energy Balance Method
Lec 24 Introduction to radiative heat fluxes
01:08:17

Lec 24 Introduction to radiative heat fluxes
Lec 25 Spectral directional definitions
01:08:07

Lec 25 Spectral directional definitions
Lec 26 Blackbody radiation
01:14:59

Lec 26 Blackbody radiation
Lec 27 Emissivity
00:48:17

Lec 27 Emissivity
Lec 28 Irradiation of real surfaces
01:17:40

Lec 28 Irradiation of real surfaces
Lec 29 View factor
00:46:24

Lec 29 View factor
Lec 30 Blackbody radiation exchange
00:57:10

Lec 30 Blackbody radiation exchange
Lec 31 Radiation networks
01:13:42

Lec 31 Radiation networks
Lec 32 Gas radiation
01:09:18

Lec 32 Gas radiation
Lec 33 Radiative Transfer Equation
00:46:16

Lec 33 Radiative Transfer Equation


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2025-02-18

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2024-10-09

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conduction and radiation course in hindi, in this course explore heat transfer mechanisms, including conduction and radiation, and their applications in engineering and physics.