Learn · Conduction And Convection Heat Transfer
Lecture 27 of 66WEEK 5
Lecture 27 : Transient Conduction : Lumped Parameter Approach
Prof. Suman Chakraborty Prof. Sankar Kumar Som · IIT Kharagpur
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All the lectures
- Lecture 1 : Introduction To Conduction
- Lecture 2 : 1-D Steady State Conduction
- Lecture 3 : Introduction To Convection
- Lecture 4 : Conduction Equation:Internal Energy Form
- Lecture 5 : Conduction Equation:C-P Form
- Lecture 6 : Conduction Equation:Boundary Conditions And Problems
- Lecture 7 : 1-D Steady State Conduction
- Lecture 8 : Concept Of Thermal Resistance
- Lecture 9 : 1-D Steady State Conduction-II
- Lecture 10 : 1-D Steady State Conduction-II(Contd)
- Lecture 11 : Problems On 1-D Steady State Conduction-I
- Lecture 12 : Problems On 1-D Steady State Conduction-I(Contd.)
- Lecture 13 : Problems On 1-D Steady State Conduction-II
- Lecture 14 : Conduction In Cylindrical Geometry
- Lecture 15 : Critical Insulation Thickness
- Lecture 16 :Critical Insulation Thickness(Contd)
- Lecture 17 : Problems On Conduction In Cylindrical Geomerty-I
- Lecture 18 : Problems On Conduction In Cylindrical Geometry-I (Contd)
- Lecture 19 : Problems On Conduction In Cylindrical Geometry-II And Conduction In Spherical Geometry
- Lecture 20 : Heat Transfer From Extended surfaces
- Lecture 21 : Boundary Conditions at the FIN tip
- Lecture 22 : Boundary Conditions at the FIN tip
- Lecture 23 : Problems on Heat Transfer from Extended Surfaces
- Lecture 24 : 2D Steady State Conduction
- Lecture 25 : Separation of Variables Method for 2-D Steady State Conduction
- Lecture 26 : Superposition Method for 2-D Steady State Conduction
- Lecture 27 : Transient Conduction : Lumped Parameter Approach
- Lecture 28 : Problems on Lumped Parameter Approach
- Lecture 29 : Transient Conduction : Infinite Slab
- Lecture 30 : Transient Conduction : Semi - Infinite Slab - I
- Lecture 31 : Transient Conduction : Semi - Infinite Slab - II
- Lecture 32 : Introduction to Convection
- Lecture 33 : Review of Fluid Mechanics - I
- Lecture 34 : Review of Fluid Mechanics - II
- Lecture 35: Review of Fluid Mechanics - III
- Lecture 36: Review of Fluid Mechanics - IV
- Lecture 37: Review of Fluid Mechanics - V
- Lecture 38: Energy Conservation Equation - I
- Lecture 39: Energy Conservation Equation - II
- Lecture 40: Energy Conservation Equation-III
- Lecture 41: Thermal Boundary Layer-I
- Lecture 42: Thermal Boundary Layer-II
- Lecture 43: Energy Integral Equation-I
- Lecture 44: Energy Integral Equation-II
- Lecture 45: Internal Forced Convection-1
- Lecture 46: Internal Forced Convection-2
- Lecture 47: Internal Forced Convection-3
- Lecture 48: Internal Forced Convection-4
- Lecture 49: Internal Forced Convection-5
- Lecture 50: Internal Forced Convection-6
- Lecture 51: Viscous Dissipation-1
- Lecture 52: Viscous Dissipation-2
- Lecture 53: Natural Convection-1
- Lecture 54: Natural Convection-2
- Lecture 55: Natural Convection-3
- Lecture 56: Natural Convection-4
- Lecture 57: Condensation - I
- Lecture 58: Condensation - II
- Lecture 59: Boiling
- Lecture 60: Heat Exchangers - I
- Lecture 61: Heat Exchangers-II
- Lecture 62: Heat Exchangers-III
- Lecture 63: Heat Exchangers-IV
- Lecture 64: Heat Exchangers-V
- Lecture 65: Problems on Heat Exchangers
- Live Session 19-02-2020