1·The shear-lethargy of masonry wall under lateral loading is discussed in this paper.
初步探讨了砌体结构墙体抗侧承载时的剪切滞后问题。
2·A wooden block built into a masonry wall to hold nails that support joinery structures.
木栓，木砖嵌入石墙中的木块，以钉支撑细。
3·Embedded bars reinforcing is a new post-reinforced masonry wall reinforcement technique.
嵌筋加固是一种新型后配筋砌体的墙体加固技术。
4·In the end, based on test results and practice project, cracks of Masonry wall are strengthened.
最后，根据试验结果，结合工程实例，对某砌体结构的墙体进行了加固。
5·The top layer or course of a masonry wall, usually having a slanting upper surface to shed water;
瓦墙的顶层或顶部结构，通常有倾斜的上表面以便排水；
6·Model test and numerical simulation method is utilized to confirm the anti-explosion capability of masonry wall.
利用模型试验与数值模拟相结合的方法，考查砌体隔墙的抗爆炸能力。
7·The result showed that the bending moment would had great influence on the limit lateral capacity of the masonry wall.
结果表明弯矩对墙体抗侧承载力有很大的影响。
8·This easy-to-use masonry wall design software requires virtually no learning curve and designs any masonry wall in minutes.
这个易用的石墙设计软件不需要学习曲线图表就能在几分钟之内完成一个设计。
9·Non linear analysis and a non linear dynamic time history analysis were made for the confined masonry wall and structures respectively.
采用非线性有限元法对约束砌体横墙进行全过程分析，采用弹塑性时程分析法对原型结构进行地震反应分析；
10·Raft foundation was adopted to solve this problem and notched beams were used to strengthen the old strip foundation under masonry wall.
选取筏板基础方案，采用缺口梁方法，可以解决石砌体墙下条形基础加固问题。