利用性能化防火设计的方法对某高架仓库的消防安全措施进行评估。
The Search and Application of Performance-based Fire Safety Design on Reconstruction Project of RUJIA Hotel;
本文利用性能化防火设计的方法对某美术馆的消防安全措施进行评估。
Performance based fire safety design method was employed in fire hazard assessment for an art gallery.
性能化防火设计中人员能否安全疏散用可用疏散时间、所需疏散时间来判断。
The safe egress of the people in the design can be judged by the available egress time and required egress time.
通过性能化防火设计中不确定性因素的分析，主要有偶然的和认知的不确定性。
Through performance-based fire protection design analysis of uncertainties, there are accidental and cognitive uncertainty.
火灾危险源分析和设定火灾是进行性能化防火设计的基础也是一个十分重要的环节。
It is important for performanced-based fire protection design to analyze fire hazard and design fire.
建筑物性能化防火设计方法是目前国外消防科学研究中的一个前沿的热门研究领域。
The performance based design approach to building fire protection is a hot research field in current foreign fire science research.
危险源辨识是性能化防火设计中所有量化分析的基础，也是性能化防火设计的重要环节。
Fire hazard analysis is the basis and the key point of the quality analysis of the performance-based fire protection design.
危险源辨识是性能化防火设计中所有量化分析的基础，也是性能化防火设计的重要环节。
With assistance of the CFD simulation and performance-based fire design, puts forward the optimal design scheme.
本文通过分析大空间展览建筑的火灾特性，引入了性能化防火设计方法在这类建筑中的应用。
This article introduced the application of performance-based fire-protection design approaches in large space exhibition buildings based on analyzing their fire characteristics.
性能化防火设计是一种新型的防火系统设计思路，是建立在更加理性条件上的一种新的设计方法。
The performance fire protection design is one kind of new fire protection system design mentality, is the establishment in the more rational condition one new design method.
因此，自二十世纪七十年代以来，在世界范围内兴起的建筑物性能化防火设计已成为火灾科学研究领域的一个重点。
As a result, since the 1970s, in the world of the rise of performance-based building fire safety design of the fire has become a focus of scientific research in the field.
北京奥林匹克公园地下交通联系通道非常复杂，采用性能化防火设计方法有利于促进消防系统安全可靠、经济合理。
A method of performance-based fire protection design is used to evaluate the security, reliability, rationality and economy of this system.
采用性能化防火设计，前厅、公共走道、后勤走道作为次安全区域，定义为集散空间，人员到达集散空间后通过疏散出口疏散。
The performance-based design was adopted and the hypo-safety area as antehall, open passage and logistics passage were defined as distributing space.
阐述了隧道防火设计的重要性，保证人员的安全疏散是隧道性能化安全设计的首要目标。
The importance of fire protection design of tunnel is described in this paper. The primary objective of performance-based design is to ensure the safe evacuation of occupants.
由我院控股的“建研防火设计性能化评估中心有限公司”获国家工商局批准。
CABR Performance-based Fire Design Evaluation Co., Ltd. was approved by State Industrial and Commercial Bureau.
由我院控股的“建研防火设计性能化评估中心有限公司”获国家工商局批准。
CABR Performance-based Fire Design Evaluation Co., Ltd. was approved by State Industrial and Commercial Bureau.
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