Evacuation Simulation Analysis of Fires in Urban Subway Station with Platform shield Door System: Fid-Bau Portal

Evacuation Simulation Analysis of Fires in Urban Subway Station with Platform shield Door System

Wang, B.-H. / Han, X. / Cong, B.-H. / Liu, H. / Ding, J. / South China University of Technology

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Evacuation Simulation Analysis of Fires in Urban Subway Station with Platform shield Door System

Wang, B.-H. / Han, X. / Cong, B.-H. / Liu, H. / Ding, J. / South China University of Technology

Evacuation Simulation Analysis of Fires in Urban Subway Station with Platform shield Door System

Wang, B.-H. / Han, X. / Cong, B.-H. / Liu, H. / Ding, J. / South China University of Technology

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Title:

Evacuation Simulation Analysis of Fires in Urban Subway Station with Platform shield Door System

Contributors:

Wang, B.-H. (author) / Han, X. (author) / Cong, B.-H. (author) / Liu, H. (author) / Ding, J. (author) / Li, J. / South China University of Technology

Conference:

International Symposium, Innovation & sustainability of structures in civil engineering; Proceedings of the international symposium on innovation & sustainability of structures in civil engineering, South China University of Technology ; 2009 ; Guangzhou, China

Published in:

Innovation & sustainability of structures in civil engineering; Proceedings of the international symposium on innovation & sustainability of structures in civil engineering, South China University of Technology ; 1624-1628

INNOVATION AND SUSTAINABILITY OF STRUCTURES ; 2

Publication date:

2009-01-01

Size:

5 pages

Remarks:

Includes bibliographical references and index; Also known as ISIS 2009

Type of media:

Conference paper

Type of material: