Modules / Lectures


Sl.No Chapter Name MP4 Download
1Introduction to convective heat transferDownload
2Governing equations I – Momentum ConservationDownload
3Governing equations II – Energy ConservationDownload
4Introduction to external forced convectionDownload
5Scaling Analysis - MomentumDownload
6Scaling Analysis – Energy IDownload
7Scaling Analysis - Energy IIDownload
8Similarity solution - MomentumDownload
9Similarity solution - EnergyDownload
10Integral solutions - MomentumDownload
11Integral solutions - EnergyDownload
12Suction and BlowingDownload
13Falkner-Skan solutionDownload
14Arbitrary Wall temperatureDownload
15Internal forced convection – Developing flowDownload
16Hydrodynamic fully developed flowDownload
17Mean temperature in fully developed flowDownload
18Uniform heat fluxDownload
19Uniform wall temperatureDownload
20Tube surrounded by isothermal flowDownload
21Heat transfer to fully developed flow-IDownload
22Heat transfer to fully developed flow-II Download
23Laminar slug flowDownload
24Power law fluidsDownload
25Forced convection – Tutorial IDownload
26Forced convection – Tutorial IIDownload
27Forced convection – Tutorial IIIDownload
28Introduction to external natural convectionDownload
29Scaling analysis - IDownload
30Scaling analysis - IIDownload
31Integral solutionDownload
32Similarity solutionDownload
33Uniform wall heat fluxDownload
34Thermal stratificationDownload
35Mixed convectionDownload
36Internal natural convection – Scaling analysisDownload
37Heat transfer regimesDownload
38Regime IIIDownload
39Regime IV – Shallow enclosure limit IDownload
40Regime IV – Shallow enclosure limit IIDownload
41Partially divided enclosuresDownload
42Inclined enclosuresDownload
43Natural convection – Tutorial IDownload
44Natural convection – Tutorial IIDownload
45Introduction to TurbulenceDownload
46Reynold’s Averaged Navier Stokes equation – IDownload
47Reynold’s Averaged Navier Stokes equation – IIDownload
48Turbulent boundary layer – Viscous sub layerDownload
49Turbulent boundary layer – Fully turbulent sub layerDownload
50Heat transfer in turbulent boundary layerDownload
51Turbulent internal flow – IDownload
52Turbulent internal flow – IIDownload
53Turbulent internal flow – IIIDownload
54K – ε modelDownload
55Turbulence – TutorialDownload
56Experimental techniques – Thermochromic liquid crystalsDownload
57Experimental techniques – IR thermographyDownload
58Droplet evaporation – Sessile IDownload
59Droplet evaporation – Sessile IIDownload
60Droplet evaporation – Contact freeDownload

Sl.No Chapter Name English
1Introduction to convective heat transferDownload
Verified
2Governing equations I – Momentum ConservationDownload
Verified
3Governing equations II – Energy ConservationDownload
Verified
4Introduction to external forced convectionDownload
Verified
5Scaling Analysis - MomentumDownload
Verified
6Scaling Analysis – Energy IDownload
Verified
7Scaling Analysis - Energy IIDownload
Verified
8Similarity solution - MomentumDownload
Verified
9Similarity solution - EnergyDownload
Verified
10Integral solutions - MomentumDownload
Verified
11Integral solutions - EnergyDownload
Verified
12Suction and BlowingDownload
Verified
13Falkner-Skan solutionDownload
Verified
14Arbitrary Wall temperatureDownload
Verified
15Internal forced convection – Developing flowDownload
Verified
16Hydrodynamic fully developed flowDownload
Verified
17Mean temperature in fully developed flowDownload
Verified
18Uniform heat fluxDownload
Verified
19Uniform wall temperatureDownload
Verified
20Tube surrounded by isothermal flowDownload
Verified
21Heat transfer to fully developed flow-IDownload
Verified
22Heat transfer to fully developed flow-II Download
Verified
23Laminar slug flowDownload
Verified
24Power law fluidsDownload
Verified
25Forced convection – Tutorial IDownload
Verified
26Forced convection – Tutorial IIDownload
Verified
27Forced convection – Tutorial IIIDownload
Verified
28Introduction to external natural convectionDownload
Verified
29Scaling analysis - IDownload
Verified
30Scaling analysis - IIDownload
Verified
31Integral solutionDownload
Verified
32Similarity solutionDownload
Verified
33Uniform wall heat fluxDownload
Verified
34Thermal stratificationDownload
Verified
35Mixed convectionDownload
Verified
36Internal natural convection – Scaling analysisDownload
Verified
37Heat transfer regimesDownload
Verified
38Regime IIIDownload
Verified
39Regime IV – Shallow enclosure limit IDownload
Verified
40Regime IV – Shallow enclosure limit IIDownload
Verified
41Partially divided enclosuresDownload
Verified
42Inclined enclosuresDownload
Verified
43Natural convection – Tutorial IDownload
Verified
44Natural convection – Tutorial IIDownload
Verified
45Introduction to TurbulenceDownload
Verified
46Reynold’s Averaged Navier Stokes equation – IDownload
Verified
47Reynold’s Averaged Navier Stokes equation – IIDownload
Verified
48Turbulent boundary layer – Viscous sub layerDownload
Verified
49Turbulent boundary layer – Fully turbulent sub layerDownload
Verified
50Heat transfer in turbulent boundary layerDownload
Verified
51Turbulent internal flow – IDownload
Verified
52Turbulent internal flow – IIDownload
Verified
53Turbulent internal flow – IIIDownload
Verified
54K – ε modelDownload
Verified
55Turbulence – TutorialDownload
Verified
56Experimental techniques – Thermochromic liquid crystalsDownload
Verified
57Experimental techniques – IR thermographyDownload
Verified
58Droplet evaporation – Sessile IDownload
Verified
59Droplet evaporation – Sessile IIDownload
Verified
60Droplet evaporation – Contact freeDownload
Verified


Sl.No Language Book link
1EnglishDownload
2BengaliNot Available
3GujaratiNot Available
4HindiNot Available
5KannadaNot Available
6MalayalamNot Available
7MarathiNot Available
8TamilNot Available
9TeluguNot Available