1) flexible support
动支座
1.
Effects of flexible supports on explosion resistant capabilities of arches
动支座对拱结构抗爆承载力的影响
2) Rotating Bracket
转动支座
1.
Design of Die-cast Mould for Rotating Bracket and Its Die Casting Processing;
转动支座压铸模设计及压铸工艺的研究
3) abutment remove
支座移动
1.
It is a general measurement to use the"typical equation"for either the force or the translocation when counting the statically indeterminable construction internal force in abutment remove,thus it makes the counting more common and regular.
支座移动作用下超静定结构的内力计算,无论是采用力法还是采用位移法,都可用"典型方程"来计算,使计算具有一般性和规律性。
4) sliding support
滑动支座
1.
Considering the reasons of the bending temperature stress and the characteristic distributed for it,in this paper,a measure is promoted by setting sliding support at the s.
结合弯曲温度应力的成因和分布特点,提出了在顶层边柱设置滑动支座的处理措施,并结合工程实例,探讨了这一措施的效果和构造。
2.
This papes proposes one shock-resistant test for the construction with sliding support.
本文对一滑动支座仿古建筑结构的方案进行了抗震试验研究,通过模型试验,得到试验结果,对该类建筑的设计提供了有益的参考。
5) sliding bearing
滑动支座
1.
Meanwhile,various sliding bearings,swinging columns and steel shuttle-shaped truss columns are put into application to reduce the roof span and enrich the architectural image as well.
钢屋盖主要支承在钢柱-支撑上,并运用了多种滑动支座、摇摆柱、梭形钢结构桁架柱,以减少屋盖的跨度并丰富建筑的表现手段。
2.
Some controlled sliding quantities of the connecting sliding bearing are calculated and suitable sliding bearing is designed.
采用基于性能抗震设计方法,计算了连体滑动支座的滑移控制量并根据滑移量设计了适合本工程的滑动支座。
6) Pedestal looseness
支座松动
1.
Analysis on vibration characteristics of rotor system with pedestal looseness;
支座松动转子系统的振动特性分析
2.
Chaotic behaviour of a rotor bearing system with pedestal looseness;
带有支座松动故障的转子—轴承系统的混沌特性
3.
According to the specific features of a non-linear rolling element bearing-rotor system with pedestal looseness at one support, this paper derived its dynamical equations by using the theories of Hertz theory,nonlinear dynamics and rotor dynamics, which took into account the nonlinear condition of the looseness.
基于转子动力学、Hertz理论和非线性动力学理论,针对一端支座松动的滚动轴承-转子系统的运动特征,考虑了松动间隙的非线性情况,建立了系统的动力学方程。
补充资料:动支
1.提用;动用。
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