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1·The water pressure is difficult to analyze because of the complex shape the blade takes. So many designers of pump simplify the blade as cantilever girder.

在校核叶片强度时，由于叶片形状是空间扭曲的，相当不规则，很难分析叶片表面的水压力，所以研究人员通常用把叶片简化成悬臂梁进行分析。

2·This modifying factor is determined on the basis of the analysis on some concrete box girder cantilever beam bridges with 4 lanes.

此偏载系数的取值是建立在对一些4 车道钢筋混凝土箱形截面悬臂梁桥的分析模型基础上。

3·The influence of shearing deformation causes the non-uniform stress in the wing plate of the box girder, especially the cantilever box girder.

剪切变形的影响使得箱形梁的翼板中出现应力不均匀现象，尤其是悬臂箱形梁剪力滞现象。

4·The hanging baskets are the main equipments in the cantilever casting construction of large-scale prestressed concrete continuous rigid bridge and continuous girder bridge.

挂篮是目前大跨径预应力混凝土连续刚构桥和连续梁桥在悬臂浇注施工时主要采用的施工设备。

5·In connection with a proposed multiple curved continuous box girder bridge with cantilever hinged joints in Shanghai, two practical and efficient methods of analysis have been developed.

本文对上海一座具有悬臂铰节点的多联曲线连续箱形梁桥的可行性方案提出了两种比较实用的分析方法。

6·The microactuated part consists of cantilever, torsional girder, planar coils and permanent magnets.

开关的微驱动部分由导磁的悬梁、扭梁和线圈、永磁体组成。

7·Additional bending moments in the cantilever box girder with a large span width ratio are distributed locally under concentrated loads.

集中荷载作用下，具有较大跨宽比的悬臂箱梁的附加弯矩分布具有明显的局部性质。

8·Uncertain factors in construction of continuous girder bridge such as side span joint scheme and different balanced cantilever construction speed are analyzed.

对施工中的不确定因素，诸如边跨合拢方案和不同桥墩悬浇进度不一致等进行了分析比较。

9·Now cantilever construction of prestressed concrete continuous box girder as the chief construct methord in engineering has gone intio the rang of mature.

预应力混凝土连续箱梁的悬臂施工作为大跨径桥梁的主要建设方式日渐成熟，但此类桥梁设计、施工中仍然存在着某些关键问题其处理方式比较含糊。

10·The cantilever construction method is used and the main girder is divided into several sections and steps of pouring and prestressing.

文章详细叙述了颍河特大桥主桥挂篮进行悬臂浇筑的施工方法和工艺等。