Radiation Heat Transfer

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2 STUDENTS

Contents:
Properties of Surfaces : Introduction – Blackbody radiation – Properties of real surfaces – Spectral and directional variations.
Radiation exchange between surfaces : Shape factor – Triangular enclosure – Evaluation of shape factors – Radiation in enclosures – Electrical analogy – Applications – Non-gray enclosures – Enclosure with Specular surfaces – Integral method for enclosures.

Gas Radiation : Introduction to gas radiation – Plane parallel model – Diffusion approximation – Radiative equilibrium – Optically thick limit – Radiation spectroscopy – Isothermal gas emissivity – Band models – Total Emissivity method – Isothermal gas enclosures – Well-stirred furnace model – Gas radiation in complex enclosures – Interaction between radiation and other modes of heat transfer – Radiation heat transfer during flow over flat plate.

Scattering : Radiation and Climate : Radiative-convective equilibrium – Radiative equilibrium with scattering – Radiation measurement – Radiation with internal heat source – Particle scattering – Scattering in the atmosphere – Non-isotropic scattering – Approximate methods in scattering – Monte Carlo method

Course Curriculum

Introduction Details 57:17
Blackbody radiation Details 0:58
Properties of real surfaces Details 57:21
Spectral and directional variations Details 57:21
Shape factor Details 56:36
Triangular enclosure Details 57:43
Evaluation of shape factors Details 55:38
Radiation in enclosures Details 56:38
Electrical analogy Details 57:17
Applications Details 55:52
Non-gray enclosures Details 56:53
Enclosure with Specular surfaces Details 57:13
Integral method for enclosures Details 56:16
Introduction to gas radiation Details 57:28
Plane parallel model Details 57:26
Diffusion approximation Details 56:31
Radiative equilibrium Details 56:20
Optically thick limit Details 57:47
Radiation spectroscopy Details 0:57
Isothermal gas emissivity Details 56:2
Band models Details 57:14
Total Emissivity method Details 53:37
Isothermal gas enclosures Details 57:9
Well-stirred furnace model Details 0:57
Gas radiation in complex enclosures Details 57:18
Interaction between radiation and other modes of heat transfer Details 57:36
Radiation heat transfer during flow over flat plate Details 57:1
Radiation and Climate Details 57:18
Radiative-convective equilibrium Details 57:15
Radiative equilibrium with scattering Details 57:8
Radiation measurement Details 56:46
Radiation with internal heat source Details 57:1
Particle scattering Details 55:21
Scattering in the atmosphere Details 56:44
Non-isotropic scattering Details 56:26
Approximate methods in scattering: 1 Details 56:37
Approximate methods in scattering: 2 Details 56:18
Monte Carlo method Details 57:9

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