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Combustion Science and Technology Volume 11, 1975 - Issue 5-6
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Original Articles

Turbulent Ceiling-Jet Induced by Large-Scale Fires

R. L. ALPERT Factory Mutual Research Corporation, Norwood, Massachusetts, 02062
Pages 197-213 | Published online: 09 Jun 2010

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Jipeng Wang, Yan Wang, Fan Wu, Peihong Wu & Juncheng Jiang. (2022) Study on emergency ventilation mode for multisource fires in a typical interchange subway station. International Journal of Ventilation 21:2, pages 157-176.
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Jiaqing Zhang, Shouxiang Lu, Changhai Li & Richard Kwok Kit Yuen. (2015) Performance of overall heat transfer coefficient and exploring heat transfer through the ceiling vent of compartment fire in ship structures with A60 constructions. Ships and Offshore Structures 10:3, pages 328-334.
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C.F. Zhang, W.K. Chow, R. Huo, W. Zhong & Y.Z. Li. (2010) Experimental Studies on Stability of Smoke Layer with a Sprinkler Water Spray. Experimental Heat Transfer 23:3, pages 196-216.
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Y. JALURIA & K. KAPOOR. (1992) Wall and Corner Flows Driven by a Ceiling Jet in an Enclosure Fire. Combustion Science and Technology 86:1-6, pages 311-326.
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LEONARDY. COOPER. (1988) Ceiling Jet-Driven Wall Flows in Compartment Fires. Combustion Science and Technology 62:4-6, pages 285-296.
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Yogesh Jaluria & Kamlesh Kapoor. (1988) Importance of Wall Flows at the Early Stages of Fire Growth in the Mathematical Modeling of Enclosure Fires. Combustion Science and Technology 59:4-6, pages 355-369.
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DAVIDD. EVANS. (1984) Thermal Actuation of Extinguishing Systems. Combustion Science and Technology 40:1-4, pages 79-92.
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GEORGEF. CARRIER, FRANCISE. FENDELL & PHILLIPS. FELDMAN. (1980) Wind-Aided Flame Spread Along a Horizontal Fuel Slab. Combustion Science and Technology 23:1-2, pages 41-78.
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