1) prying force
撬力
1.
Finite element analysis of parameters related to prying force of T-stub connection in aluminum alloy;
铝合金T形受拉接头撬力影响因素有限元分析
2.
Influence of prying force on tension carrying capacity of bolted connections;
撬力对螺栓抗拉连接承载力的影响
3.
Discussion on prying force in semi-rigid extended end-plate bolted connections
浅谈半刚性端板连接的撬力研究
2) prying action
撬力
1.
Design method for aluminum alloy t-stub tensile connection considering prying action;
考虑撬力作用的铝合金T型受拉连接设计方法
2.
The high strength bolted end plate connection is one type of the connections used widely in steel frame and the whole frame behavior is certainly concerned with the prying action and the thickness of the end plate.
节点连接的撬力和端板厚度对钢框架结构整体性能有重要的影响。
3.
In this paper the reason of prying action are discussed.
文章分析了撬力作用产生的原因,通过对国内外钢结构节点端板厚度设计中采用的对撬力作用计算和设计方法的比较,提出端板厚度计算过程中考虑计算撬力作用更合理,并指出GB 50017-2003中端板厚度计算没有考虑撬力实际大小,过于保守。
3) pry action
撬力作用
1.
In the design of steel structure bolted connections, the effects of the pry action on connected parts and bolts can not be neglected.
在螺栓受拉连接设计中,撬力作用对螺栓和连接件影响不可忽视。
4) bolt prying force
螺栓撬力
1.
Bolt force is affected by bolt prying force considerably,and the knowledge about the role of bolt prying force is inadequacy.
本文应用三维有限元法,对外伸端板连接中受拉侧螺栓拉力和撬力进行了研究,给出了节点弯矩-螺栓拉力曲线、连接面受拉侧撬力分布和变化规律,并对端板厚度和加劲肋厚度及形状对螺栓撬力的影响进行了比较,比较表明设置端板加劲肋尤其是加厚、加长的加劲肋,对减小撬力更有效;并对各种螺栓拉力计算理论进行了评价。
6) slide
[英][slaɪd] [美][slaɪd]
滑撬
1.
Study on preparation and properties of a new needled carbon-carbon composite for slide;
一种新型滑撬用针刺C/C复合材料制备与性能研究
补充资料：儿撬
1.小拐杖。
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