1) fire resistance
抗火性
1.
Studies on Fire Resistance Forest Species;
我国亚热带若干树种的抗火性研究
2.
armandii resulted that the main factors causing the difference of fire resistance were bark structure and heat conduction coefficient.
通过测定和分析云南油杉、云南松、华山松3种针叶树种树皮的厚度、导热系数、外界热辐射作用下的失重过程和树皮内表面温度4个因子,结合3个树种在火烧迹地上的死亡率数据,得出如下结论:树皮的结构、导热系数是决定这3种树种耐火性差异的主要因素,3种针叶树种树皮的抗火性由强到弱的顺序为云南油杉>云南松>华山松,与这3个树种的死亡率由小到大的顺序相同。
3.
D and gradient analytical method,which are used for evaluating fire resistance of the tree species,has been studied.
根据树种的理化性质,对评价树种抗火性A。
2) fire resistance
抗火性能
1.
Experiment and analysis on fire resistance of two-span unbonded prestressed concrete continuous slabs;
两跨无粘结预应力混凝土连续板抗火性能试验与分析
2.
Experimental study on the fire response and fire resistance of high performance concrete frame;
高性能混凝土框架火灾反应与抗火性能研究
3.
Fire Resistance Analysis of Reinforced Concrete Slab by Finite Element Method;
钢筋混凝土板抗火性能的有限元分析
3) fire resistance performance
抗火性能
1.
Current status and prospect of study on structural fire resistance performance of reinforced concrete;
钢筋砼结构抗火性能研究现状与展望
2.
Effect of different elevated temperature conditions on fire resistance performance of H-section Column
不同升温条件对H型截面柱的抗火性能的影响
3.
Test research on fire resistance performance of bar-reinforced concrete filled steel tubular columns
配筋钢管混凝土柱抗火性能试验研究
4) fire-resistance
抗火性能
1.
Research of Fire-Resistance for the Steel Structural Construction;
钢结构建筑抗火性能研究
2.
Using FEM,two important factors,configuration of steel decks and boundary conditions,influencing the fire-resistance of steel-concrete composite beams are investigated.
目前火灾下钢—混凝土组合梁承载力计算一般是没有考虑压型钢板型号、边界条件等因素对组合梁抗火承载力的影响[1],本文采用有限元方法针对不同压型钢板型号、不同边界条件下的组合梁采用有限元模型进行抗火性能分析,得出了一些对组合梁抗火计算与设计有益的结果。
5) fire resistance behavior
抗火性能
1.
Research on the influence factors on fire resistance behavior of reinforced concrete column with L-shaped cross section;
钢筋混凝土L形柱抗火性能的影响因素研究
2.
This paper engages in the analysis on the recent researches in the fire resistance behavior of concrete basic elements.
对近几年有关混凝土构件高温性能研究的文献进行了综述和分析,重点分析了高温火场、受力状态、约束、构造特点和制作材料等因素对混凝土柱、梁、板和墙抗火性能的影响。
6) fire-resistance behavior
抗火性能
1.
In recent years, the prestressed concrete technology has been developed and widely applied in engineering field, but its using safety which arouse people's recognition increasingly, especially its fire-resistance behaviors have not been perfected.
近年来，预应力混凝土技术已在工程领域得到了较大的发展和广泛的应用，但对其日益引起人们重视的使用安全性尤其抗火性能的研究却尚不完善。
2.
In this paper, based on reinforced concrete beams as research objects, the dint properties of structure after strengthen have been studied in the tests, and its fire-resistance behaviors and dint behaviors of augmented section are analyzed and discussed with the method of theoretical analysis and numerical calculation together.
本文以钢筋混凝土梁为研究对象，对其抗火性能和采用增大截面法加固后的受力性能进行试验研究，并采用理论分析和数值计算相结合的方法，对钢筋混凝土梁的抗火性能和增大截面法加固后的受力性能进行分析和探讨。
补充资料：火性
【火性】
火性即火大也。谓乌刍瑟摩，久远劫前，性多贪欲。有佛出世，名曰空王。说多淫人，成猛火聚，教其遍观百骸四支，诸冷暖气，由是谛观，神光内凝，化多淫心，成智慧火。因此火光三昧力故，得入圆通。故云我以谛观身心暖触，无碍流通，诸漏既消，生火宝焰，证无上觉，斯为第一。（梵语乌刍瑟摩，华言火头。）
火性即火大也。谓乌刍瑟摩，久远劫前，性多贪欲。有佛出世，名曰空王。说多淫人，成猛火聚，教其遍观百骸四支，诸冷暖气，由是谛观，神光内凝，化多淫心，成智慧火。因此火光三昧力故，得入圆通。故云我以谛观身心暖触，无碍流通，诸漏既消，生火宝焰，证无上觉，斯为第一。（梵语乌刍瑟摩，华言火头。）
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