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Combustion Science and Technology Volume 62, 1988 - Issue 4-6
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Original Articles

Ceiling Jet-Driven Wall Flows in Compartment Fires

LEONARD Y. COOPER Center for Fire Research. National Institute of Standards and Technology (formerly National Bureau of Standards), Gaithersburg, Maryland, 20899, U.S.A
Pages 285-296 | Received 08 Aug 1988, Accepted 10 Oct 1988, Published online: 30 Mar 2007

Citations (19)

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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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Articles from other publishers (18)

Lin Xu, Mingxuan Qiu, Yinghao Zhao, Chao Ding, Wei Yu, Shengzhong Zhao, Longyue Li & Jie Liu. (2023) Experimental study on vertical temperature distribution of the two-layer smoke flow in tunnel during construction. Tunnelling and Underground Space Technology 136, pages 105105.
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Kai Ye, Xiao Tang, Yuan Zheng, Xiaoyu Ju, Yang Peng, Hong Liu, Dong Wang, Bei Cao & Lizhong Yang. (2021) Estimating the two-dimensional thermal environment generated by strong fire plumes in an urban utility tunnel. Process Safety and Environmental Protection 148, pages 737-750.
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S. Haouari‐Harrak, R. Mehaddi, P. Boulet & E.M. Koutaiba. (2020) Evaluation of the room smoke filling time for fire plumes: Influence of the room geometry. Fire and Materials 44:6, pages 793-803.
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Fabien Salmon, Delphine Lacanette, Jean-Christophe Mindeguia, Colette Sirieix, Axel Bellivier, Jean-Claude Leblanc & Catherine Ferrier. (2019) Development of a Fluid–Structure Coupling Validated with a Confined Fire: Application to Painted Caves. Fire Technology 56:3, pages 1197-1227.
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Kai Ye, Xiaodong Zhou, Yuan Zheng, Hong Liu, Xiao Tang, Bei Cao, Yubiao Huang, Yanqiu Chen & Lizhong Yang. (2019) Estimating the longitudinal maximum gas temperature attenuation of ceiling jet flows generated by strong fire plumes in an urban utility tunnel. International Journal of Thermal Sciences 142, pages 434-448.
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Fabien Salmon, Delphine Lacanette, Jean-Christophe Mindeguia, Colette Sirieix, Axel Bellivier, Jean-Claude Leblanc & Catherine Ferrier. (2019) Localized fire in a gallery: Model development and validation. International Journal of Thermal Sciences 139, pages 144-159.
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X.X. Kong, X.S. Wang, H.Y. Cong, Y.P. Liu & J.P. Zhu. (2019) Temperature profile and flame extension length of a ceiling impinging round jet fire in an inclined tunnel. International Journal of Thermal Sciences 137, pages 526-533.
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Wentao Wu, Nari Yoon, Zheming Tong, Yujiao Chen, Yang Lv, Torbjørn Ærenlund & Jingru Benner. (2019) Diffuse ceiling ventilation for buildings: A review of fundamental theories and research methodologies. Journal of Cleaner Production 211, pages 1600-1619.
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Guo-hui Li, Wei-ping Han, Ge Guo & Li-zeng Zhao. (2018) Influencing Factors on the Actuation Time of the Thermal Release Mechanism with Temperature Sensing Element of Fire Rolling Shutters. Procedia Engineering 211, pages 353-357.
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G.R. HuntH.C. Burridge. (2015) Fountains in Industry and Nature. Annual Review of Fluid Mechanics 47:1, pages 195-220.
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Brian A. Giannakopoulos, Nigel B. Kaye & Gary R. Hunt. (2013) The influence of room geometry on the overturning of smoke owing to a floor fire. Proceedings of the Institution of Civil Engineers - Engineering and Computational Mechanics 166:2, pages 68-87.
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G. R. HUNT & C. J. COFFEY. (2009) Characterising line fountains. Journal of Fluid Mechanics 623, pages 317-327.
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Vahid MotevalliSiamak Riahi. (2008) Transient Ceiling Jet Temperature and Velocity Profiles in the Presence of an Upper Layer: Comparison with Predictions by LAVENT and JET Computer Fire Models. Journal of Fire Sciences 26:2, pages 109-131.
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N.B. Kaye & G.R. Hunt. (2007) Smoke filling time for a room due to a small fire: The effect of ceiling height to floor width aspect ratio. Fire Safety Journal 42:5, pages 329-339.
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N. B. KAYE & G. R. HUNT. (2007) Overturning in a filling box. Journal of Fluid Mechanics 576, pages 297-323.
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Vahid Motevalli. (1994) Numerical prediction of ceiling jet temperature profiles during ceiling heating using empirical velocity profiles and turbulent continuity and energy equations. Fire Safety Journal 22:2, pages 125-144.
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William D. Davis & Leonard Y. Cooper. (1991) A computer model for estimating the response of sprinkler links to compartment fires with draft curtains and fusible link-actuated ceiling vents. Fire Technology 27:2, pages 113-127.
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Leonard Y. Cooper. (1990) Estimating the environment and the response of sprinkler links in compartment fires with draft curtains and fusible link-actuated ceiling vents—Theory. Fire Safety Journal 16:2, pages 137-163.
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