1·An important mechanic parameter in masonry structure is the modulus of elasticity.
砌体结构中的一个重要力学参数是弹性模量。
2·The temperature field of the wall and roof of a masonry structure has been observed.
对砌体结构墙体与屋面板的温度场进行了现场实测；
3·The aseismic design development of masonry structure is always concerned by engineers.
砌体结构的抗震设计进展也始终为结构工程师所关注。
4·Therefore, it's best to control masonry structure have bend failure but not shear failure.
因而要尽量控制砌体的破坏形态为弯曲破坏而非剪切破坏。
5·The masonry structure is one of the most popular structured types in our country at present.
砌体结构是我国目前房屋建筑的主要结构类型之一。
6·The setting of the reinforcement concrete structure column of masonry structure is rather important.
砖混结构住宅中钢筋混凝土构造柱的设置是非常重要的。
7·In this paper, a method for calculating seismic vulnerability matrix of brick masonry structure is put forward.
本文提出一种计算砖砌体结构地震易损性矩阵的方法。
8·In this paper, design of masonry structure is discussed, combined with some specific cases in Wenchuan earthquake.
本文结合汶川大地震一些具体事例对建筑砌体结构设计进行进一步探讨。
9·The simplified formulas used to calculate the masonry structure lateral rigidity and internal force are presented.
提出确定底层框架砖房抗震墙数量的简化方法，对砖墙侧移刚度及内力分析提出了简化的实用计算公式。
10·Crack problem in masonry structure is a pervasively existing but not readily soluble engineering practical problem.
砌体结构的裂缝问题是一个普遍存在而又难于解决的工程实际问题。