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1)  reinforced masonry walls
配筋砌块墙体
1.
Analysis of reinforced masonry walls with out of plane eccentric load by nonlinear element method;
偏压下配筋砌块墙体的非线性有限元分析
2.
Study on the mechanical behavior of reinforced masonry walls with out of plane eccentric load;
平面外偏压荷载下配筋砌块墙体受力性能分析
2)  reinforced masonry wall
配筋砌块墙体
1.
In this paper, on the base of many references, numerical simulations are carried out about explosive shock wave acting on reinforced masonry wall using ANSYS/LS-DYNA, which is a well-developed finite element analysis application.
本文的工作在参阅大量文献的基础上,运用比较成熟的有限元软件ANSYS/LS-DYNA,围绕配筋砌块墙体防爆问题的数值模拟展开。
3)  reinforced concrete masonry shear wall
配筋砌块砌体剪力墙
1.
As a new structure which has the performance of masonry and concrete, the reinforced concrete masonry shear wall has been used more and more recently.
配筋砌块砌体剪力墙结构是融砌体与混凝土性能于一体的一种新型结构形式,近年来研究和应用逐渐增多。
2.
Reinforced concrete masonry shear wall structure is a new type of structure,the theory of computing and analysis for it is juvenility.
配筋砌块砌体剪力墙结构是一种新型的建筑结构体系,其内力分析和计算理论还较不成熟。
4)  reinforced block masonry shear wall
配筋砌块剪力墙
5)  reinforced concrete masonry
配筋砌块砌体
1.
Effect on ratio of height to thickness on the reinforced concrete masonry column subjected to the eccentric load;
高厚比对配筋砌块砌体柱偏压受力性能影响试验研究
2.
This paper carried out the vertical static test for both pre-damage and post-damage by the substructure pseudo-dynamic test on the full-scale model which is a three-floor frame-supported reinforced concrete masonry short-leg shear wall structure.
为研究双洞口配筋砌块砌体框支墙梁地震前后的受力模式,在拟动力子试验前后进行了底层框架配筋砌块短肢砌体剪力墙结构三层足尺模型的竖向力静载试验。
6)  reinforced block masonry
配筋砌块砌体
1.
An experimental study on the seismic behavior of a 1/4 scale reinforced block masonry shearwall building model;
配筋砌块砌体剪力墙1/4比例模型房屋抗震性能试验研究
2.
Based on the properties of reinforced block masonry,the yielding curvature and the ultimate curvature are calculated by numerical method,and the relationship between curvature ductility ratio and displacement ductility ratio is established for reinforced-block-masonry shear walls.
针对配筋砌块砌体的特点,采用数值计算的方法确定配筋砌块砌体剪力墙的屈服曲率和极限曲率,并建立剪力墙曲率延性比和位移延性比的关系。
3.
Based on the experimental research of reinforced block masonry shear wall and the nonlinear finite element method, the shear stren gth of shear wall under vertical and horizontal loads is given out.
在试验研究的基础上,利用非线性有限元方法分析了配筋砌块砌体剪力墙在水平竖向荷载作用下的抗剪承载力特性和破坏机理,研究了各种因素对配筋砌块砌体剪力墙抗剪承载力的影响,提出了配筋砌块砌体剪力墙抗剪承载力计算公式。
补充资料:砌块墙体
      用砌块和砂浆砌筑成的墙体,可作工业与民用建筑的承重墙和围护墙。根据砌块尺寸的大小分为小型砌块、中型砌块和大型砌块墙体。按材料分有混凝土、轻集料混凝土和加气混凝土砌块墙体,及利用各种工业废渣、粉煤灰、煤矸石等制成的无熟料水泥煤渣混凝土砌块墙体和蒸汽养护粉煤灰硅酸盐砌块墙体等。小型砌块尺寸较小,重量较轻,型号多种,使用较灵活,适应面广;但小型砌块墙体多为手工砌筑,施工劳动量较大。中型、大型砌块的尺寸较大,重量较重,适于机械起吊和安装,可提高劳动生产率;但型号不多,不如小型砌块灵活。
  
  在工程设计中,不仅要求砌块尺寸灵活,适应性好,还要求砌块制作方便,施工时吊装快。这就要求砌块的类型和规格应较少,而在建筑的立面上和平面上可排列出不同的组合,使墙体符合使用要求。如在住宅房屋中,当采用混凝土空心中型砌块墙体时,将房屋的每层墙体分三皮为宜。
  
  对于承重的砌块墙体,需根据荷载大小选定砌块和砂浆的标号。由于单个砌块的高度大于或远大于单块砖的厚度,因而砌块砌体内砌块的抗压强度能够得到较充分的发挥。砌块砌体内灰缝的数量较少,砂浆的强度对砌体抗压强度的影响也较小。承重的砌块墙体除须保证抗压强度和高厚比要求外,还应满足热工及构造要求。为了保证砌块墙体的受力性能和加强其整体性,应使墙体的灰缝横平竖直、砂浆饱满、密实,上下层砌块相互错缝搭砌。墙体的转角和纵、横墙交接处要彼此搭砌;如搭砌有困难,则设置一定数量的钢筋网或拉结条予以拉结。必要时在房屋的转角和内、外墙交接处也可采用多孔砌块,以便设置构造柱(见墙板结构),这样既加强了房屋的整体刚度,也有利于抗震。构造柱应与圈梁或房屋的其他水平构件连接(见砌块建筑施工)。
  

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