Radiative Heat Transfer

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About Course

This Radiative Heat Transfer course allows a comprehensive treatment of Radiative heat.

The course begins with standard optics on Radiative transfer and radiant exchange between surfaces and introduces modern state-of-the-art topics including Radiative properties of gases and particles, P-Approximation, the Monte Carlo method, and the prediction of radiation transfer in absorbing, emitting, and scattering media.

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What Will You Learn?

  • Week 1 : Fundamentals of Thermal Radiation, Introduction, Basic Laws of Thermal Radiation, Introduction to Radiative Properties, Radiative Properties of Opaque Surfaces
  • Week 2 : View Factors, Evaluation Methods, Monte Carlo method
  • Week 3 : Radiative Exchange between Black surfaces, Radiative Exchange between Gray,Diffuse, Surfaces, Radiative Exchange between Non-Ideal Surfaces
  • Week 4 : Equation of Radiative Transfer for participating media
  • Week 5 : Solution Methods: Plane-Parallel Slab, Approximate Methods, Method of spherical harmonics and Discrete Ordinate Method.
  • Week 6 : Zone method and applications
  • Week 7 : Radiative Properties of Participating Media: Gas Properties, particle Properties
  • Week 8 : Spectral Models: Wide band model, Narrow-band models, k-distribution models

Course Content

Radiative Heat Transfer

  • Introduction
    00:00
  • Fundamentals of Radiation
    00:00
  • Basic Laws of Thermal Radiation
    00:00
  • Properties of Plane Surfaces
    00:00
  • Radiative Properties of Materials
    00:00
  • View Factor
    00:00
  • Hottel Crossed String Method
    00:00
  • Inside Sphere and Monte Carlo Method
    00:00
  • Radiative Heat Exchange Between Black Surfaces
    00:00
  • Radiative Heat Exchange Between Gray Diffuse Surfaces
    00:00
  • Network Analogy
    00:00
  • Solution Methods for Governing Integral Equations
    00:00
  • Radiative Heat Exchange between Partially Specular Gray Surfaces
    00:00
  • Non-Gray Surfaces
    00:00
  • Radiative Heat Transfer in the Presence of Conduction/Convection
    00:00
  • Radiative Transfer in Participating Media
    00:00
  • Equation of Radiative Transfer
    00:00
  • Solution of Radiative Transfer Equation
    00:00
  • Radiative Heat Transfer in Cylindrical Media
    00:00
  • Approximate Methods-I
    00:00
  • Approximate Methods-II
    00:00
  • The Method of Spherical Harmonics (PN Approximation)-I
    00:00
  • The Method of Spherical Harmonics (PN Approximation)-II
    00:00
  • Discrete Ordinate Method (DOM)
    00:00
  • Zone Method
    00:00
  • Exchange Areas
    00:00
  • Monte Carlo Method for Thermal Radiation-I
    00:00
  • Monte Carlo Method for Thermal Radiation-II
    00:00
  • Radiative Properties of Gases
    00:00
  • Atomic and Molecular Spectra
    00:00
  • Line Radiation
    00:00
  • Spectral Modelling
    00:00
  • Wide Band Models
    00:00
  • WSGG Model
    00:00
  • k-Distribution Model
    00:00
  • Radiative Properties of Particulate Media
    00:00
  • Combustion and Flame
    00:00
  • Solar and Atmospheric Radiation
    00:00
  • Concentrated Solar Collector
    00:00
  • Experimental Methods
    00:00
  • Radiative Heat Transfer
    00:00

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