片语

rubber laminated bearing isolation叠层橡胶支座隔震

rubber bridge bearing橡胶支垫

rubber torsional bearing橡胶扭力轴承

rubber shaft bearing橡胶轴承

RB Rubber Stern Bearing橡胶船尾轴承

rubber isolation bearing橡胶隔震支座

rubber bush bearing橡胶轴承

rubber guide bearing橡皮导轴承

英汉例句

• slowly parameter, nonlinear time response analysis and energy approach can be used to obtain the dynamic behavior of lead rubber bearing (lrb).

  利用慢变参数、时程分析和能量分析方法，探讨了铅芯橡胶减震支座（lrb）的非线性动力性态。

• high damping rubber bearing is starting to be used in bridge engineering in china.

  目前高阻尼橡胶支座在国内桥梁工程建设中使用尚处于起步阶段。

• kinematic model is an issue exists in suspension rigid body does not take into account the deformation of the deformation of rubber bearing gap between the various structures.

  运动学模型中存在的一个问题是未考虑悬架刚体的变形、橡胶支承的变形及各结构之间的间隙。

• in this paper, based on the simplified analysis and dynamic tests, the problems related to the stability of laminated rubber bearing in the design of seismic-isolated buildings are discussed.

  文章基于简化分析和动力实验，讨论了在隔震建筑设计中与叠层橡胶支座稳定性相关的问题。

• it shows non-linear tmd damping-isolation technology in the super high-rise structure on the basis of research results of rubber bearing and tuned mass damper.

  结合橡胶支座基础隔震和调谐质量阻尼器的研究成果，提出了在超高层结构中应用非线性＂调谐质量阻尼器＂的减震技术。

• the rubber bearing base isolation as one of the effective control of damping systems has been widely used in the actual projects.

  橡胶垫基础隔震技术作为一种有效的减震控制之一，在实际工程中得到了广泛的运用。

• the development of the software is very helpful to the popularization of the rubber bearing isolation technology.

  该软件的研制成功对橡胶垫隔震技术的广泛推广起着良好的促进作用。

• composite isolation technique is a new technique using rubber bearing isolation and sliding isolation, which fits together in some way.

  复合隔震技术是将橡胶支座隔震和摩擦滑移隔震以某种方式复合使用的一种新的隔震技术。

• in this paper, the seismic isolation technique is used in seismic-releasing of the single-storey industrial building by use of laminated rubber bearing as link member between roof and column.

  结合单层工业厂房的构造特点，将夹层橡胶垫隔震技术引入到单层工业厂房的设计中，并探讨了橡胶垫的减震效果和减震机理。

• the nonlinear earthquake response of large-scale aqueduct with the lead rubber bearing is studied.

  开展对设置铅芯橡胶支座的大型渡槽非线性地震响应研究。

• the experimentations and the practical engineering examples reveal that rubber bearing don「t fit warships, especial for conventional submarine.

  试验和工程证明，橡胶轴承并不适用于隐蔽性要求较高的舰艇，特别是常规潜艇。

• therefore, the main topic of this study is to dealing with the seismic behaviors of the skew bridge with rubber bearing .

  本文主旨为探讨装设橡胶支承垫之斜桥，在地震作用下的行为反应。

• therefore, it is feasible to use lead rubber bearing to resist seismic for buried pipeline.

  所以将铅芯橡胶隔震支座用于埋地管线结构抗震是可行的。

• the bracket distortion and the influence of rubber bearing are also considered.

  同时也考虑了支架变形和橡胶支座对整体结构的影响。

• discuss the infection and connection to water lubricated composite rubber bearing friction quotiety such as : load, rotate speed, bearing」s clearance etc ;

  结合理论与实验进行了综合分析，探讨了载荷、转速、轴承间隙以及长径比对水润滑复合橡胶轴承摩擦系数的影响及其相互关系；

• the serial isolation system consisting of laminated rubber bearing and r/c column has been applied in practical building, but without the corresponding codes for calculation and design yet.

  将叠层橡胶支座和r／c柱的串联机构作为隔震系统的做法在实际工程中已有应用，但至今尚无规范化的设计计算方法。

• the coupled effects of the restoring forces on the peak displacements of the lead rubber bearing are different under the excitations of different earthquake waves.

  不同地震激励下铅芯橡胶支座恢复力的耦合作用对铅芯橡胶支座峰值位移的影响程度不同；

• this paper describes development of differential restoring model of lead rubber bearing and its application in seismic-isolation design.

  简要介绍了铅芯隔震橡胶支座微分型恢复力模型的发展过程及其在隔震设计中的应用。

• it is also found that there exists a maximum isolation period, at which, the limit ratio is zero or the horizontal displacement of the rubber bearing exceeds the allowable value.

  研究还发现，存在一个最大的隔震结构周期使高宽比限值等于零或隔震层位移超过容许值。

• in order to improve the effect of shock absorption and applied scope of base- isolated structure with lead rubber bearing and study its optimum parameter.

  目的为改善铅芯橡胶支座隔震结构的减震效果和适用范围，并确定结构的优化参数和控制装置优化布局。