1) fire safety engineering methodology
火灾安全工程方法学
1.
A brief review on the development history of fire science was given,and then the significant progresses of fundamental fire research in China were summarized in detail,in the aspects of fire dynamics,fire protection technologies,and fire safety engineering methodology.
简要回顾火灾科学的发展历程,重点综述近10年来中国火灾科学领域在火灾动力学机理与规律、火灾防治技术原理和火灾安全工程方法学等方面的重要基础研究进展,展望火灾科学基础研究的发展趋势,并提出未来火灾科学的若干重点研究方向。
2) fire safety science
火灾安全科学
1.
During the past several decades, much progress has been made in fire safety science which aims at understanding the complexities of fire behavior as well as providing the technological principle for fire safety engineering.
火灾安全科学致力于揭示火灾过程的机理和规律 ,并且为火灾防治提供技术原理。
3) fire safety
火灾安全
1.
Multi-physics model for couple simulation of structural fire safety;
建筑结构火灾安全耦合模拟的多参数模型
2.
Fuzzy evaluation of fire safety in high-rise buildings;
高层建筑火灾安全模糊评价
3.
Therefore, the fire safety for manned spacecraft is an important part of microgravity combustion research.
理论上和实际上,载人航天器都有发生火灾的可能,载人航天器的火灾安全问题是微重力燃烧研究的重要内容。
4) the safety system engineering method
安全系统工程方法
5) safety enfineering
安全工程学
1.
For the problems existed in mine working environment,the safety enfineering and AHP theory is consulted to set up mathematical model and staff accident probability scoring mechanism,in order to analyse and estimate the mine work environment.
针对矿山工作环境存在的问题,利用安全工程学的方法和层次分析法理论,建立相应的数学模型,创建人员事故概率打分机制,对矿山工作环境进行分析和评价,为加强矿山安全工作提供参考。
6) fire safety engineering
防火安全工程
补充资料：人类工程学方法
人类工程学方法：指恰当地设计工作环境以适应人们工作中生理方面的要求。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条