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1)  Now extend your arms horizontally.
现在两臂平伸。
2)  extend [stretch, spread] one's arms horizontally
两臂平伸
3)  horizontal outriggers
水平伸臂
1.
Continuum analysis of frame-tube structure with top-horizontal outriggers;
顶部带水平伸臂的框架-筒体结构连续化分析
2.
Through internal force analysis on the intersection of horizontal outriggers and tube wall for frame-tube structure with horizontal outriggers,and discussing the reasons of shear mutation on this position,the primary influencing factors of tube shear mutation are the bending moment from outriggers and the outrigger s sectional height are stated.
对带有水平伸臂构件的框架-筒体结构的水平伸臂与筒体墙肢相交处进行了受力分析,讨论了该处出现剪力突变的原因,说明了影响筒体剪力突变的主要因素是水平伸臂传来的弯矩大小和伸臂的截面高度,提出了减少整体结构内力突变的更有效的方法是尽量加大伸臂截面高度、同时采用较小刚度的设计概念。
3.
By using sidesway calculation formula for frame-tube structures with top horizontal outriggers,the optimization stiffness of outriggers in the frame-tube structures with strengthened story are analyzed the method to determine the optimum stiffness of the horizontal outriggers magnitude and precise parameters base on reduced structure sidesway is presented.
利用带水平伸臂的框架—筒体结构侧移公式,对带加强层的框架—筒体结构水平伸臂的最佳刚度进行了分析,明确给出了根据需要减少的结构侧移量,确定水平伸臂最佳刚度的方法,并给出了具体参数。
4)  Extend your arms horizontally.
平伸双臂。
5)  The leg is now at full extension.
现在腿已伸直.
6)  outrigger [英]['aʊtrɪɡə(r)]  [美]['aut'rɪgɚ]
伸臂
1.
This paper analyses the buckling of top-outrigger-braced frame-tube structures.
对顶部带伸臂的框架-核心筒结构的整体稳定性进行了分析。
2.
The factors obtained from simplified theoretical analysis include location and number of outriggers and stiffness ratio of outriggers to core tube and side columns to core tube.
在已有的简化理论分析结果基础上,对带加强层高层建筑结构进行空间建模,研究了倒三角形和均布侧向荷载作用下结构的顶点位移、框架柱内力与加强层数量、加强层伸臂与内筒线刚度比、外柱与内筒的刚度比的关系。
3.
This paper presents the restraining moments acting on the core wall due to outriggers and the equation of the top horizontal displacement based on a simplified outrigger model.
根据伸臂结构的简化模型和伸臂与外框柱的变形协调条件,考虑伸臂的实际刚度,导出伸臂对核心墙的附加力矩,求得结构顶点侧移。
补充资料:地下水水资源评价(见水资源评价)


地下水水资源评价(见水资源评价)


  d ixiashui shuiziyuan Ping】ia地下水水资源评价见水资源评价。
  
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