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| 001 Convection heat transfer_en.vtt |
3.59KB |
| 001 Convection heat transfer.mp4 |
40.32MB |
| 001 Scope of the course_en.vtt |
4.75KB |
| 001 Scope of the course.mp4 |
59.83MB |
| 001 Thermal conductivity_en.vtt |
3.87KB |
| 001 Thermal conductivity.mp4 |
57.93MB |
| 001 Types of heat exchangers_en.vtt |
3.33KB |
| 001 Types of heat exchangers.mp4 |
44.07MB |
| 001 What is radiation_en.vtt |
7.71KB |
| 001 What is radiation.mp4 |
90.26MB |
| 002 Absorbtivity, Reflectivity, Transmitivity_en.vtt |
5.31KB |
| 002 Absorbtivity, Reflectivity, Transmitivity.mp4 |
51.09MB |
| 002 First law of thermodynamics_en.vtt |
10.50KB |
| 002 First law of thermodynamics.mp4 |
62.65MB |
| 002 Forced convection heat transfer_en.vtt |
10.30KB |
| 002 Forced convection heat transfer.mp4 |
89.45MB |
| 002 Heat conduction in gases_en.vtt |
5.75KB |
| 002 Heat conduction in gases.mp4 |
53.67MB |
| 002 Modes of heat transfer_en.vtt |
13.70KB |
| 002 Modes of heat transfer.mp4 |
150.35MB |
| 003 Classification of heat exchangers_en.vtt |
4.34KB |
| 003 Classification of heat exchangers.mp4 |
33.89MB |
| 003 Governing laws of heat transfer_en.vtt |
11.17KB |
| 003 Governing laws of heat transfer.mp4 |
98.32MB |
| 003 Interpretation Of Fourier's law_en.vtt |
4.59KB |
| 003 Interpretation Of Fourier's law.mp4 |
31.97MB |
| 003 Laws of thermal radiation_en.vtt |
2.86KB |
| 003 Laws of thermal radiation.mp4 |
25.24MB |
| 003 Physical significance of Reynolds Number in forced convection heat transfer_en.vtt |
2.50KB |
| 003 Physical significance of Reynolds Number in forced convection heat transfer.mp4 |
29.06MB |
| 004 Electrical analogy of heat transfer_en.vtt |
4.50KB |
| 004 Electrical analogy of heat transfer.mp4 |
39.47MB |
| 004 In compressible flow over flat surface_en.vtt |
3.71KB |
| 004 In compressible flow over flat surface.mp4 |
36.36MB |
| 004 MTD (Mean Temperature Difference)_en.vtt |
2.71KB |
| 004 MTD (Mean Temperature Difference).mp4 |
23.89MB |
| 004 Shape factor_en.vtt |
4.80KB |
| 004 Shape factor.mp4 |
40.47MB |
| 005 Conduction heat transfer through composite slab_en.vtt |
6.52KB |
| 005 Conduction heat transfer through composite slab.mp4 |
54.99MB |
| 005 LMTD Logarithmic Mean Temperature Difference (Parallel flow)_en.vtt |
5.45KB |
| 005 LMTD Logarithmic Mean Temperature Difference (Parallel flow).mp4 |
43.23MB |
| 005 Physical significance of Nu and Pr in forced convection heat transfer_en.vtt |
5.33KB |
| 005 Physical significance of Nu and Pr in forced convection heat transfer.mp4 |
59.80MB |
| 005 Radiation heat exchange_en.vtt |
3.41KB |
| 005 Radiation heat exchange.mp4 |
34.05MB |
| 006 BONUS Lecture.html |
2.89KB |
| 006 Conduction-convection heat transfer through composite slab_en.vtt |
8.65KB |
| 006 Conduction-convection heat transfer through composite slab.mp4 |
62.53MB |
| 006 LMTD Logarithmic Mean Temperature Difference (Counter flow)_en.vtt |
2.38KB |
| 006 LMTD Logarithmic Mean Temperature Difference (Counter flow).mp4 |
22.24MB |
| 006 Thermal boundary layer - TBL_en.vtt |
2.83KB |
| 006 Thermal boundary layer - TBL.mp4 |
25.19MB |
| 007 Energy balance for differential control volume of TBL_en.vtt |
2.20KB |
| 007 Energy balance for differential control volume of TBL.mp4 |
21.52MB |
| 007 Radial conduction through hollow cylinder_en.vtt |
5.63KB |
| 007 Radial conduction through hollow cylinder.mp4 |
42.77MB |
| 007 Some special cases_en.vtt |
3.18KB |
| 007 Some special cases.mp4 |
29.21MB |
| 008 Effectiveness of heat exchanger_en.vtt |
2.22KB |
| 008 Effectiveness of heat exchanger.mp4 |
21.95MB |
| 008 Momentum equation of HBL & energy equation of TBL_en.vtt |
7.49KB |
| 008 Momentum equation of HBL & energy equation of TBL.mp4 |
55.16MB |
| 008 Radial conduction through composite cylinder_en.vtt |
2.89KB |
| 008 Radial conduction through composite cylinder.mp4 |
26.07MB |
| 009 Forced convection in flow through pipes and ducts_en.vtt |
3.58KB |
| 009 Forced convection in flow through pipes and ducts.mp4 |
35.53MB |
| 009 NTU and Fouling factor_en.vtt |
3.30KB |
| 009 NTU and Fouling factor.mp4 |
31.12MB |
| 009 Radial conduction-convection heat transfer through composite cylinder_en.vtt |
6.94KB |
| 009 Radial conduction-convection heat transfer through composite cylinder.mp4 |
68.80MB |
| 010 Critical radius of insulation_en.vtt |
8.47KB |
| 010 Critical radius of insulation.mp4 |
102.22MB |
| 010 Free_Natural convection_en.vtt |
1.90KB |
| 010 Free_Natural convection.mp4 |
16.91MB |
| 011 Radial conduction through hollow sphere_en.vtt |
3.76KB |
| 011 Radial conduction through hollow sphere.mp4 |
32.03MB |
| 012 Derivation of generalized heat conduction equation_en.vtt |
7.45KB |
| 012 Derivation of generalized heat conduction equation.mp4 |
67.40MB |
| 013 Heat generation in a slab_en.vtt |
9.58KB |
| 013 Heat generation in a slab.mp4 |
72.45MB |
| 014 Heat generation in a cylinder_en.vtt |
7.68KB |
| 014 Heat generation in a cylinder.mp4 |
63.99MB |
| 015 What are Fins __en.vtt |
1.91KB |
| 015 What are Fins _.mp4 |
31.95MB |
| 016 Analysis of rectangular fins_en.vtt |
13.29KB |
| 016 Analysis of rectangular fins.mp4 |
100.35MB |
| 017 Fin efficiency and effectiveness_en.vtt |
3.18KB |
| 017 Fin efficiency and effectiveness.mp4 |
30.93MB |
| 018 Unsteady_Transient conduction_en.vtt |
5.50KB |
| 018 Unsteady_Transient conduction.mp4 |
52.64MB |
| 29346760-HMT.pdf |
6.03MB |
| Bonus Resources.txt |
357B |
| Get Bonus Downloads Here.url |
181B |