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Convective Heat Transfer Fundamentals

Course Reviews

Track :

Engineering

Lessons no : 44

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What will you learn in this course?
  • Understand the principles of convective heat transfer and differentiate between natural and forced convection techniques
  • Apply mathematical models to analyze heat transfer coefficients in different fluid flow scenarios
  • Identify the factors influencing convective heat transfer efficiency in engineering systems and design optimized solutions
  • Calculate temperature distributions and heat flux in convective heat transfer processes using relevant equations
  • Evaluate the impact of fluid properties and flow conditions on heat transfer performance in practical applications
  • Develop troubleshooting skills for common issues in convective heat transfer systems in industrial settings
  • Utilize computational tools to simulate and analyze convective heat transfer phenomena effectively
  • Implement safety and efficiency considerations in designing convective heat transfer equipment and systems

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Lessons | 44
Fundamentals of Convective Heat Transfer Intro Video
00:03:39

Fundamentals of Convective Heat Transfer Intro Video
Lec 1 Application of convective heat transfer
00:35:32

Lec 1 Application of convective heat transfer
Lec 2 Foundations of heat transfer
00:40:34

Lec 2 Foundations of heat transfer
Lec 3 Derivation of energy equation
00:59:33

Lec 3 Derivation of energy equation
Lec 4 Derivation of boundary layer equation
00:45:21

Lec 4 Derivation of boundary layer equation
Lec 5 Derivation of boundary layer energy equation
00:45:18

Lec 5 Derivation of boundary layer energy equation
Lec 6 Blasius solution similarity method
01:00:54

Lec 6 Blasius solution similarity method
Lec 7 Pohlhausen solution similarity method
00:50:00

Lec 7 Pohlhausen solution similarity method
Lec 8 Pohlhausen solution heat transfer parameters
00:33:19

Lec 8 Pohlhausen solution heat transfer parameters
Lec 9 Falkner Skan equation Boundary layer flow over a wedge
00:54:57

Lec 9 Falkner Skan equation Boundary layer flow over a wedge
Lec 10 Momentum integral equation for flat plate boundary layer
00:56:24

Lec 10 Momentum integral equation for flat plate boundary layer
Lec 11 Laminar BL flow over flat plate Uniform surface temperature
00:49:58

Lec 11 Laminar BL flow over flat plate Uniform surface temperature
Lec 12 Laminar BL flow over flat plate Uniform surface heat flux
00:42:54

Lec 12 Laminar BL flow over flat plate Uniform surface heat flux
Lec 13 Solution of example problems
00:48:01

Lec 13 Solution of example problems
Lec 14 Hydrodynamic and thermal regions
00:43:11

Lec 14 Hydrodynamic and thermal regions
Lec 15 Energy balance in channel flow
00:38:22

Lec 15 Energy balance in channel flow
Lec 16 Determination of heat transfer coefficient
00:46:01

Lec 16 Determination of heat transfer coefficient
Lec 17 Velocity profile in fully developed channel flows
00:50:38

Lec 17 Velocity profile in fully developed channel flows
Lec 18 Thermally fully developed laminar slug flow with uniform wall heat flux condition
00:47:24

Lec 18 Thermally fully developed laminar slug flow with uniform wall heat flux condition
Lec 19 Hydrodynamically and thermally fully developed flow with uniform wall heat flux condition
00:56:02

Lec 19 Hydrodynamically and thermally fully developed flow with uniform wall heat flux condition
Lec 20 Fully developed flow through parallel plate channel with uniform wall temperature
00:54:37

Lec 20 Fully developed flow through parallel plate channel with uniform wall temperature
Lec 21 Fully developed flow through circular pipe with uniform wall temperature
00:57:45

Lec 21 Fully developed flow through circular pipe with uniform wall temperature
Lec 22 Thermally developing flow through circular pipe with uniform wall heat flux
01:04:27

Lec 22 Thermally developing flow through circular pipe with uniform wall heat flux
Lec 23 Thermally developing flow through circular pipe with uniform wall temperature
00:46:26

Lec 23 Thermally developing flow through circular pipe with uniform wall temperature
Lec 24 Heat transfer in plane Couette flow
00:48:33

Lec 24 Heat transfer in plane Couette flow
Lec 25 Solution of example problems
00:44:07

Lec 25 Solution of example problems
Lec 26 Introduction and scale analysis
00:56:16

Lec 26 Introduction and scale analysis
Lec 27 Natural convection over a vertical plate Similarity Solution
00:46:43

Lec 27 Natural convection over a vertical plate Similarity Solution
Lec 28 Natural convection over a vertical plate Similarity solution of energy equation
00:41:10

Lec 28 Natural convection over a vertical plate Similarity solution of energy equation
Lec 29 Natural convection over a vertical plate Integral solution
00:52:07

Lec 29 Natural convection over a vertical plate Integral solution
Lec 30 Natural convection over inclined plate and mixed convection
01:02:25

Lec 30 Natural convection over inclined plate and mixed convection
Lec 31 Natural convection inside enclosures
00:53:42

Lec 31 Natural convection inside enclosures
Lec 32 Solution of example problems
00:40:35

Lec 32 Solution of example problems
Lec 33 Basics of finite difference method
00:45:25

Lec 33 Basics of finite difference method
Lec 34 Solution of Navier Stokes equations
00:59:18

Lec 34 Solution of Navier Stokes equations
Lec 35 Solution of energy equation
00:50:31

Lec 35 Solution of energy equation
Lec 36 Derivation of Reynolds Averaged Navier Stokes Equations
00:49:33

Lec 36 Derivation of Reynolds Averaged Navier Stokes Equations
Lec 37 External Turbulent Flow
00:47:58

Lec 37 External Turbulent Flow
Lec 38 Integral solution for turbulent boundary layer flow over a flat plate
00:35:28

Lec 38 Integral solution for turbulent boundary layer flow over a flat plate
Lec 39 Convection in turbulent pipe flow
00:50:32

Lec 39 Convection in turbulent pipe flow
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