2011•Fire Science and TechnologyOpen access

Simulation on influencing factors of large spaces smoke management performance-based design

Wenli Li

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Abstract

FDS was utilized to numerically simulate the large space smoke movement,and influencing factors of the performance-based design of fire smoke management system in large space were studied.The effects of fire load,fire location,large spaces shape and volume on smoke layer development and smoke temperature were simulated and analyzed.It will be meaningful to the performance-based fire design of fire smoke management system in large spaces.

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What this paper is about

FDS was utilized to numerically simulate the large space smoke movement,and influencing factors of the performance-based design of fire smoke management system in large space were studied.The effects of fire load,fire location,large spaces shape and volume on smoke layer development and smoke temperature were simulated and analyzed.It will be meaningful to the performance-based fire design of fire smoke management system in large spaces.

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Available abstract

FDS was utilized to numerically simulate the large space smoke movement,and influencing factors of the performance-based design of fire smoke management system in large space were studied.The effects of fire load,fire location,large spaces shape and volume on smoke layer development and smoke temperature were simulated and analyzed.It will be meaningful to the performance-based fire design of fire smoke management system in large spaces.

Key concepts: Smoke, Fire safety, Environmental science, Fire protection, Architectural engineering, Space (punctuation), Firefighting, Computer science

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