Modules / Lectures
Module NameDownloadDescriptionDownload Size
Introduction to convective heat transferWeek 0 Assignment 1Week 0 Assignment 167 kb
Introduction to convective heat transferWeek 1 Assignment 1Week 1 Assignment 1318 kb
External forced Convection-IWeek 2 Assignment 1Week 2 Assignment 1318 kb
External forced Convection-IIWeek 3 Assignment 1Week 3 Assignment 1138 kb
Internal forced Convection-IWeek 4 Assignment 1Week 4 Assignment 1141 kb
Internal forced convection IIWeek 5 Assignment 1Week 5 Assignment 1157 kb
External natural convection IWeek 6 Assignment 1Week 6 Assignment 1152 kb
External natural convection IIWeek 7 Assignment 1Week 7 Assignment 1284 kb
Internal natural convection IWeek 8 Assignment 1Week 8 Assignment 1140 kb
Internal natural convection IIWeek 9 Assignment 1Week 9 Assignment 1134 kb
Turbulence IWeek 10 Assignment 1Week 10 Assignment 1139 kb
Turbulence IIWeek 11 Assignment 1Week 11 Assignment 1134 kb
Advanced topicsWeek 12 Assignment 1Week 12 Assignment 1136 kb


New Assignments
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Sl.No Chapter Name MP4 Download Transcript Download
1Introduction to convective heat transferDownloadDownload
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2Governing equations I – Momentum ConservationDownloadDownload
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3Governing equations II – Energy ConservationDownloadDownload
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4Introduction to external forced convectionDownloadDownload
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5Scaling Analysis - MomentumDownloadDownload
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6Scaling Analysis – Energy IDownloadDownload
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7Scaling Analysis - Energy IIDownloadDownload
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8Similarity solution - MomentumDownloadDownload
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9Similarity solution - EnergyDownloadDownload
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10Integral solutions - MomentumDownloadDownload
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11Integral solutions - EnergyDownloadDownload
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12Suction and BlowingDownloadDownload
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13Falkner-Skan solutionDownloadDownload
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14Arbitrary Wall temperatureDownloadDownload
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15Internal forced convection – Developing flowDownloadDownload
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16Hydrodynamic fully developed flowDownloadDownload
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17Mean temperature in fully developed flowDownloadDownload
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18Uniform heat fluxDownloadDownload
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19Uniform wall temperatureDownloadDownload
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20Tube surrounded by isothermal flowDownloadDownload
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21Heat transfer to fully developed flow-IDownloadDownload
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22Heat transfer to fully developed flow-II DownloadDownload
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23Laminar slug flowDownloadDownload
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24Power law fluidsDownloadDownload
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25Forced convection – Tutorial IDownloadDownload
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26Forced convection – Tutorial IIDownloadDownload
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27Forced convection – Tutorial IIIDownloadDownload
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28Introduction to external natural convectionDownloadDownload
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29Scaling analysis - IDownloadDownload
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30Scaling analysis - IIDownloadDownload
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31Integral solutionDownloadDownload
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32Similarity solutionDownloadDownload
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33Uniform wall heat fluxDownloadDownload
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34Thermal stratificationDownloadDownload
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35Mixed convectionDownloadDownload
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36Internal natural convection – Scaling analysisDownloadDownload
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37Heat transfer regimesDownloadDownload
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38Regime IIIDownloadDownload
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39Regime IV – Shallow enclosure limit IDownloadDownload
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40Regime IV – Shallow enclosure limit IIDownloadDownload
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41Partially divided enclosuresDownloadDownload
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42Inclined enclosuresDownloadDownload
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43Natural convection – Tutorial IDownloadDownload
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44Natural convection – Tutorial IIDownloadDownload
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45Introduction to TurbulenceDownloadDownload
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46Reynold’s Averaged Navier Stokes equation – IDownloadDownload
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47Reynold’s Averaged Navier Stokes equation – IIDownloadDownload
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48Turbulent boundary layer – Viscous sub layerDownloadDownload
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49Turbulent boundary layer – Fully turbulent sub layerDownloadDownload
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50Heat transfer in turbulent boundary layerDownloadDownload
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51Turbulent internal flow – IDownloadDownload
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52Turbulent internal flow – IIDownloadDownload
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53Turbulent internal flow – IIIDownloadDownload
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54K – ε modelDownloadDownload
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55Turbulence – TutorialDownloadDownload
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56Experimental techniques – Thermochromic liquid crystalsDownloadDownload
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57Experimental techniques – IR thermographyDownloadDownload
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58Droplet evaporation – Sessile IDownloadDownload
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59Droplet evaporation – Sessile IIDownloadDownload
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60Droplet evaporation – Contact freeDownloadDownload
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