CV Information - دانشگاه صنعتی امیرکبیر

Advanced Heat Transfer (Radiation)

Week one Definition of black body, black body radiation, Planks distribution function,definition of non black body radiation,Relations between radiation parameters.
Week two Electromagnetic theory of radiation properties,prediction of thermal radiation properties by electromagnetic wave propagation, radiation in an enclosed surface.
Week three Radiation between small elements, shape factor in radiation, calculation of shape factor between different surfaces, methods of shape factor calculation.
Week four Radiation between diffuse and non gray surfaces
Week five Radiation between non diffuse and non gray surfaces, application of Monte Carlo method in thermal radiation .
Week six Combine radiation and conduction or convection, basic principles of emission and absorption of radiation by solid and gases.
Week seven Extinction of radiation in participating media, thermal radiation properties of participating media .
Week eight Equation of transfer in participating media with absorption and emission.
Week ninth Gray gas definition, approximate solution methods of equation of transfer.
Week tenth Net radiation method for enclosure filled with isothermal gas.
Week eleventh Calculation of mean absorption and transmission coefficient for all wavelength, mean beam length for different geometries.
Week Twelve Radiation heat transfer between gas and enclosure by use of mean beam length
Week thirteen Calculation of total radiation heat transfer by integration on all wavelengths.
Week fourteen Radiation of non isotherm gas , use of Mote-Carlo method for absorbing and emitting gas.
Week fifteen Consideration of radiation properties of matters, radiation heat transfer for non steady state conditions. Radiation heat transfer in medium with scattering and absorption.