Three Dimensional Numerical Stimulation Of Turbulent Combustion In Combustion Space Of Oil Fired Float Glass Furnace

A practical three-dimensional mathematical method for the turbulent combustion in combustion chamber of an oil-fired float glass furnace has been established. The study includes the modeling of gas turbulent flow and heat transfer based on the continuity, momentum, turbulence and energy equations, calculation by SIMPLE method and by PSIC method for the spray combustion sub-model, adding the source term from the effect of particle on gas phase to gas phase.

Author
S Jinlin Et Al
Origin
Zhejiang University, China
Journal Title
Proc Xviii Icg, San Francisco, Usa, July 1998 104-109
Sector
Flat glass
Class
F 1058

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Three Dimensional Numerical Stimulation Of Turbulent Combustion In Combustion Space Of Oil Fired Float Glass Furnace
Proc Xviii Icg, San Francisco, Usa, July 1998 104-109
F 1058
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