1) vertical welding
竖向焊接，竖向焊缝
2) vertical joint
竖向接缝
1.
In as much as the finished long span prestressed concrete continuous beam bridges usually constructed with segmental cantilever site cast construction method,which inherently has vertical joint between segments, its construction technology and joint quality will have significant effect on the structure of continuous rigid frame bridge.
由于已建成的大跨度预应力混凝土连续梁桥通常采用分节段悬臂浇筑施工,节段与节段之间必然要存在竖向接缝,其施工工艺和接缝质量对连续刚构桥的结构性能有明显的影响。
2.
The influence of vertical joints on post-construction deflection of continuous rigid frame bridges is discussed with the consideration of the design and construction condition.
结合设计与施工因素讨论连续刚构桥竖向接缝对成桥后期挠度的影响,同时分析了不同施工质量下竖向接缝剪切徐变对后期挠度的贡献,认为在现有条件下由竖向接缝处的剪切变形引起主梁下挠增量不容忽视,并提出了改善主梁节段间接缝的构造措施和施工中应注意的事项。
3) vertical-grooved connection
竖向齿槽接缝
1.
The shear capacity of vertical-grooved connection in PBP structures is studied.
旨在建立装配式钢筋混凝土(PBP)结构竖向齿槽接缝考虑接缝宽度及接缝配筋率变化的抗剪承载力计算公式和验算公式。
4) vertical crack
竖向裂缝
1.
Dynamic analysis of nearly horizontal rock slopes with vertical cracks;
含竖向裂缝的近水平层状岩体边坡的动力学分析
2.
Analysis of and counter-measures for vertical cracks commonly seen in piers and abutments;
墩台常见的竖向裂缝原因分析及对策
3.
Analyzing the cause of vertical cracks for thin-wall abutment shaft,the paper proposed the protective measures for reference.
针对薄壁台身施工中容易出现竖向裂缝的原因做了分析总结,并根据自己在施工中的实践提出了对其裂缝的防治措施。
5) vertical weld
垂直焊缝;竖焊
6) the vertical steel electroslag pressure welding
竖向钢筋电渣压力焊
1.
The application of the vertical steel electroslag pressure welding technology has taken place of join-colligation and manual arc welding method.
竖向钢筋电渣压力焊技术的应用,代替了搭接绑扎和手工电弧焊的方法。
补充资料：城市用地竖向规划
城市开发建设地区（或地段），为满足道路交通、地面排水、建筑布置和城市景观等方面的综合要求，对自然地形进行利用、改造，确定坡度、控制高程和平衡土石方等而进行的规划设计。
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