Theory of combustion of a liquid with a free surface. II. Qasisteady-state liquid combustion regime ? finite thickness combustion layer

Mil’kov, S. N.; Sukhov, G. S.; Yarin, L. P.

doi:10.1007/bf01463730

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Oscillation Of the Interface And The Conversion Rate Of Cold1

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1989

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“…, which state that the thermal diffusivity for the hot zone in benzine is higher than that of copper, may be incorrect. The model of the hot zone proposed by Mil'kov et al 7, which gave no consideration to this point, could not express the real phenomena correctly.…”

Section: Oscillation Of the Interface And The Conversion Rate Of Coldmentioning

confidence: 96%

Experimental Study On The Mechanism Of Hot Zone Formation In Open-tank Fires

Hasegawa¹

1989

Fire Saf. Sci.

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Hot zones form as an effect of the boiling range of oils, for especially heavier oils. Scattered vapor bubbles are produced throughout most parts of a hot zone. The generation, ascent and growth of these bubbles cause continual and vigorous convection. The temperature, density and chemical composition of oil in a hot zone are uniform throughout the entire hot zone, both vertically and horizontally. In a tank which is less than 800 mm in diameter, formation of a hot zone depends largely on both material and diameter of the tank. Hot zone formation in a 900 mm or larger diameter tank depends only on retention of the prescribed quantity of residual fractions of distillation at the surface temperature of the burning oil as determined by a distillation curve. Rate of conversion to a hot zone has a close relationship to the complicated oscillations accompanying the transfer of heat and mass through the interface.

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Section: Oscillation Of the Interface And The Conversion Rate Of Coldmentioning

confidence: 96%

Experimental Study On The Mechanism Of Hot Zone Formation In Open-tank Fires

Hasegawa¹

1989

Fire Saf. Sci.

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show abstract

Theory of combustion of a liquid with a free surface. II. Qasisteady-state liquid combustion regime ? finite thickness combustion layer

Cited by 1 publication

References 1 publication

Experimental Study On The Mechanism Of Hot Zone Formation In Open-tank Fires

Experimental Study On The Mechanism Of Hot Zone Formation In Open-tank Fires

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