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。
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。
Masonry structure, as the main structure, has been widely used in China's vast rural area.
砌体结构作为最主要的结构形式为我国广大村镇地区所广泛采用。
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。
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。
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。
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。
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。
The earthquake -resistant character of high-rise masonry structure with constructing measure has also been analyzed.
还分析了具有构造措施的砌体结构的抗震特性。
The masonry structure is a traditional construction type in China and still very important in residential buildings.
砌体结构作为我国传统的建筑形式，在住宅建筑中仍占有十分重要的位置。
By means of graphic interactive input, a model of masonry or concrete masonry structure can be built up efficiently.
该软件采用图形交互快速建立结构模型；自动导算荷载并生成设计所需的结构信息；
The seismic hazard feature of masonry structure is analyzed and some aseismatic measures of masonry structure are proposed.
简析砌体结构的震害特点，并提出一些砌体结构抗震的设防措施。
Nowadays, the brick masonry structure is still a main structural form in civil structures, especially in residential houses.
目前，砌体结构仍然是民用建筑中的主要结构形式之一，尤其是在住宅方面得到广泛应用。
Integrated simple and complete model similarity theory of reinforced concrete block masonry structure are set up in this paper.
本文建立了完整的配筋砌块砌体结构在弹性阶段的完全相似模型和简单相似模型的相似性关系。
Owing to various causes in construction and application, low-strength mortar is often used in brick masonry structure buildings.
由于建造及使用时的种种原因，砖砌体结构房屋往往出现砌筑砂浆强度很低的情况。
This paper analysized the reasons of temperature crack and put forward the precaution and controlling measures for masonry structure.
本文分析了砌体结构温度裂缝产生的主要原因，探讨砌体结构温度裂缝的预防和控制措施。
The test shows that the composite masonry structure supported by frame shear wall with wide bay at bottom has good aseismic behavior.
试验表明，底层大开间组合墙房屋具有良好的抗震性能。
Studying team have researched seismic of masonry structure and proposed a method that using cross diagonal steel strengthen masonry structure.
笔者课题组曾针对砌体结构房屋抗震的需要，提出在砌体墙片中增加交叉斜拉钢筋加固的方案。
This paper probes into the optimization of structural design for bottom bearing beam of the lower masonry structure of brick-frame construction.
对砖混—框架结构下部砌体结构承重梁结构设计优化进行探讨。
The negligible problems of local pressure in the supporting position of beams in upper structure are proposed for brick masonry structure design.
提出了在砖混结构设计中，其上部结构梁端支承处砌体局部受压常被忽视的问题，即梁端、梁下垫块的设置问题。
The non-uniformity settlement of ground foundation is harmful to the building, specially to the masonry structure and the concrete frame structure.
地基基础不均匀沉降将对建筑物特别是混合结构房屋和混凝土框架结构房屋产生很大的危害。
Adding storey on masonry structure is quite popular at present. As an innovative technique, the light-weight structure has been paid more attention.
砖混结构加层十分普遍，轻钢结构加层作为一种新型的加层技术倍受关注。
The simplified calculation formula for effective support length of end beam is determined by the code (GB50003-2001) for design of masonry structure.
《砌体结构设计规范》GB50003 2001关于梁端有效支承长度采用了简化计算公式。
The mechanism of temperature crack in masonry structure is not very clear, but is important for research on the temperature field of masonry structure.
为探讨砌体结构的温度裂缝机理，对砌体结构的温度场进行了研究。
Setting reinforced concrete constructional column is a kind of measures to enhance the earthquake resistance of high rise brick masonry structure building.
设置钢筋混凝土构造柱是提高多层砖混结构房屋抗震能力的一种措施，已被普遍采用。
Reinforced concrete thin-wall frame system can be used in the construction of broad space masonry structure instead of lengthwise outer wall masonry structure.
论述了对于具有较大开间和进深的砌体结构房屋，可采用钢筋混凝土薄壁框架体系取代砌体外纵墙。
This paper introduces several common constructional measures for masonry structure, and advances some methods for preventing or reducing various cracks on walls.
简要介绍了几种常见的砌体结构构造措施，提出了若干防止或减轻墙体各种类型裂缝的办法。
The horizontal, vertical or oblique thermal cracks widely present in a masonry structure are summarized in this paper. The reasons for these cracks are analyzed.
总结了目前砖砌体建筑普遍存在着竖向、水平、斜向温度裂缝，并分析了裂缝产生原因。
The horizontal, vertical or oblique thermal cracks widely present in a masonry structure are summarized in this paper. The reasons for these cracks are analyzed.
总结了目前砖砌体建筑普遍存在着竖向、水平、斜向温度裂缝，并分析了裂缝产生原因。
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