Flame Speed in a Binary Suspension of Solid Fuel Particles by involving the radiation term
Publish place: 07th Conference of Iranian Aerospace Society
Publish Year: 1386
Type: Conference paper
Language: English
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Document National Code:
AEROSPACE07_046
Index date: 22 July 2008
Flame Speed in a Binary Suspension of Solid Fuel Particles by involving the radiation term abstract
Most of natural and industrial combustible dusts have a wide distribution of particle sizes. Yet, known theoretical models of dust combustion are considered only monosize suspensions. As a first step towards understanding multisize dust combustion, the mathematical combustion model of suspension nano/micron aluminum powder is investigated in the present work. In this study the heat loss term is added to the energy conservation equation and flame propagation mechanism is considered by radiation, conduction and convection.
Flame Speed in a Binary Suspension of Solid Fuel Particles by involving the radiation term Keywords:
Dust Combustion - Binary Suspension- Mathematical Model - Radiation - Heat Loss
Flame Speed in a Binary Suspension of Solid Fuel Particles by involving the radiation term authors
M Bidabadi
Department of Mechanical Engineering; Iran University of Science and Technology; Combustion Research Laboratory, Assistant Professor
M Jadidi
Graduate studen (corresponding author)