NOC:Fundamentals of Heat Transfer

Lecture 1 - Modes of Heat Transfer

Lecture 2 - Introduction to Conduction Heat Transfer

Lecture 3 - Fourier’s Law and Thermal Conductivity

Lecture 4 - Heat Conduction Equation

Lecture 5 - Solution of One-dimensional Steady Conduction Equation

Lecture 6 - Thermal Resistance

Lecture 7 - Contact Resistance and Internal Thermal Energy Generation

Lecture 8 - Extended Surface Heat Transfer-Fins

Lecture 9 - Heat Transfer in Fins, Effectiveness and Efficiency - 1

Lecture 10 - Heat Transfer in Fins, Effectiveness and Efficiency - 2

Lecture 11 - Two-dimensional Steady Conduction - Solution by Separation of Varaibles - 1

Lecture 12 - Two-dimensional Steady Conduction - Solution by Separation of Varaibles - 2

Lecture 13 - Two-dimensional Steady Conduction - Separation of Variables and Graphical Method

Lecture 14 - Numerical Solutions of Conduction Equation - 1

Lecture 15 - Numerical Solutions of Conduction Equation - 2

Lecture 16 - Unsteady Heat Conduction - Introduction

Lecture 17 - Lumped Capacitance Model for Transient Conduction

Lecture 18 - Transient Conduction for High or Moderate Biot Number Cases

Lecture 19 - Heisler Chart for Transient Conduction Problems

Lecture 20 - Transient Conduction in Semi-infinite Bodies

Lecture 21 - Introduction to Convection Heat Transfer

Lecture 22 - Mass and Momentum Conservation Equation for a Fluid Flow

Lecture 23 - Energy Conservation Equation for a Fluid Flow

Lecture 24 - Boundary Layer Theory and Equations

Lecture 25 - Thermal Boundary Layer and Estimation of Convective Heat Transfer Coefficient

Lecture 26 - Estimation of Convective Heat Transfer Coefficient by Solving Boundary Layer Equation

Lecture 27 - Average Nuselt Number, Introduction to Turbulence

Lecture 28 - Turbulant Boundary Layer Heat Transfer Coefficient Reynolds Analogy

Lecture 29 - Convective Flow over Wedges and Curved Surfaces - Boundary Layer Separation

Lecture 30 - Convective Heat Transfer Due to External Flow over Bluff Bodies, Heat Tarnsfer Correlations

Lecture 31 - Internal Flow through Pipes and Ducts - Heat Transfer Consideration

Lecture 32 - Variation of Mean Temperature in Internal Flows with Different Boundary Conditions

Lecture 33 - Mean Temperature and Convective Heat Transfer Coefficient Variation in Thermally Fully Developed Flow

Lecture 34 - Determination of Convective Heat Transfer Coefficient for Fully Developed Flow

Lecture 35 - Measuring Pressure and Temperature in Convective Heat Transfer

Lecture 36 - Introduction to Natural Convection

Lecture 37 - Governing Equation for Natural Convection over Vertical Flat Plate

Lecture 38 - Mixed Convection and Nusselt Number Correlations in Natural Convection

Lecture 39 - Phase Change Heat Transfer - Pool Boling

Lecture 40 - Phase Change Heat Transfer - Flow Boiling and Condensation

Lecture 41 - Heat Exchangers and their Classifications

Lecture 42 - Direct Transfer Heat Exchangers

Lecture 43 - Parallel and Counterflow Heat Exchangers, Overall Heat Transfer Coefficient

Lecture 44 - Heat Exchanger Analysis using Log Mean Temperature Difference - 1

Lecture 45 - Heat Exchanger Analysis using Log Mean Temperature Difference - 2

Lecture 46 - Heat Exchanger Analysis - LMTD Example and Effectiveness (ε) and NTU

Lecture 47 - Effectiveness (ε) and NTU Relation for Heat Exchangers (Continued...)

Lecture 48 - Introduction to Radiation Heat Transfer

Lecture 49 - Directional and Spectral Nature of Radiation

Lecture 50 - Laws of Thermal Radiation

Lecture 51 - Black, Grey and Real Surfaces- Surface Properties for Radiation

Lecture 52 - Problems involving Emission from Small Surfaces

Lecture 53 - Introduction to View Factor

Lecture 54 - Calculation of View Factor (Continued...)

Lecture 55 - Radiation Exchange between Surfaces - Black and Gray Bodies

Lecture 56 - Radiation Exchange between Gray Surfaces

Lecture 57 - Radiation Exchange in Two Surface Enclosures

Lecture 58 - Radiation Exchange in Enclosure Networks

Lecture 59 - Introduction to Mass Transfer

Lecture 60 - Governing equations in mass transfer and heat transfer analogy