Heat Transfer in Flames |
Contents
Methods for Calculating Radiative Heat Transfer from Flames in Combustors and Furnaces | 29 |
Mathematical Simulation of an Industrial Boiler by the Zone Method of Analysis | 47 |
Simultaneous Predictions of Flow Patterns and Radiation for ThreeDimensional Flames | 73 |
Copyright | |
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Common terms and phrases
absorption coefficient angle approximation average axial boiler boundary layer burn injury burner burning rate calculated carbon CO₂ coal combustion chamber constant convective heat transfer curves cylinder dependence determined diameter diffusion diffusion flame dimensionless Doppler broadening effect emissivity enclosure energy engine enthalpy experimental factor fire flame radiation flow pattern fluid flux methods fluxmeter formula fuel bed function furnace gas radiation gases gray gas heat exchange heat flux distribution heat transfer coefficient heating surface area Hottel ignition increase kernel liquid luminous flame Mass Transfer measured Nusselt obtained optical parameter partial pressure plane prediction pressure problem radiant heat radiation intensity radiative heat flux radiative heat transfer radiative transfer ratio refractory walls regime shown solution soot concentration soot formation soot particles spectral tank temperature thermal thickness tion total band tube turbulent values vapor velocity volume zone wavelength zone method