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Studies On Fire Performance-based Design For Large Conference Center

Posted on:2013-12-13Degree:MasterType:Thesis
Country:ChinaCandidate:C J XuFull Text:PDF
GTID:2232330362472836Subject:Safety Technology and Engineering
Abstract/Summary:PDF Full Text Request
In recent years, public buildings increasingly prosperous, all kinds of public buildings in modern cities have surged. Because of the particularity of the use function, this kind of construction personnel liquidity is bigger, most people on the building of plane more strange, thus ensure the safety of this kind of architecture is particularly important.Large conference center building is a kind of typical public building. there are some of the features in common:large single space area, high headroom, personnel intensive and mobility, etc. Another, because of the use request of building, the interior space cannot be partitioned off, which will inevitably lead to a problem that its fire prevention is difficult to be under the code for fire protection. Such as:fire compartment and evacuation distance over the standard, conventional fire equipments such as smoke facilities and the automatic spray will be failure. This study is mainly to know the fire design bottlenecks that the large public buildings facing in current, especially for large conference centers. Then provide a fire prevention design solution for such buildings.A large conference center as an example, this paper mainly studies on fire prevention for large building based on the theory. The objects of the performance-based design are the areas of the fire prevention design contradicting with the current fire design specification. In view of the performance-based solutions proposed for the above areas, to solve the problems about effective fire smoke control in large space and safe evacuation in the crowded conditions. At last, according the designs get some conclusions on the performance-based fire-protection design feasibility analysis.
Keywords/Search Tags:Large conference center, Fire performance-based, Fire simulation, Evacuation
PDF Full Text Request
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