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Heat Transfer (01): Introduction to heat transfer, conduction, convection, and radiation
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Heat Transfer
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- 1 Heat Transfer (01): Introduction to heat transfer, conduction, convection, and radiation
- 2 Heat Transfer (02): Introductory examples, energy balance on a control volume and control surface
- 3 Heat Transfer (03): Energy balance problems, thermal conductivity, thermal diffusivity
- 4 Heat Transfer (04): Heat diffusion equation, boundary conditions, property tables
- 5 Heat Transfer (05): Heat diffusion examples, 1D conduction in a plane wall
- 6 Heat Transfer (06): 1D conduction in a cylindrical wall, composite wall network model
- 7 Heat Transfer (07): Overall heat transfer coefficient, composite geometries examples
- 8 Heat Transfer (08): Extended surfaces (fins), fin efficiencies
- 9 Heat Transfer (09): Finned surfaces, fin examples
- 10 Heat Transfer (10): 2D conduction analysis, heat flux plots
- 11 Heat Transfer (11): 2D conduction shape factors, shape factor examples, finite difference analysis
- 12 Heat Transfer (12): Finite difference examples
- 13 Heat Transfer (13): Transient heat conduction, lumped heat capacity model and examples
- 14 Heat Transfer (14): Transient heat conduction, approx. solution model (spatial effects) and examples
- 15 Heat Transfer (15): Introduction to radiation heat transfer, blackbodies, blackbody examples
- 16 Heat Transfer (16): Radiation heat transfer surface properties (reflectivity, transmissivity, etc.)
- 17 Heat Transfer (17): Radiation heat transfer surface properties examples
- 18 Heat Transfer (18): View factors, simple view factor examples
- 19 Heat Transfer (19): 2D and 3D view factors, 2D and 3D view factor examples
- 20 Heat Transfer (20): Surface and space resistances, radiation network models and examples
- 21 Heat Transfer (21): Radiation network examples
- 22 Heat Transfer (22): Radiation heat shields and examples, hypothetical surfaces and examples
- 23 Heat Transfer (23): Convection heat transfer over external surfaces, flat plate analysis
