1) vertical equivalent stiffness
垂向等效刚度
1.
Using the model,we analyze the effects of the two springs′ stiffness on the vertical load,vertical displacement,vertical equivalent stiffness and natural vibrational frequency of the seat suspension system during its stroke.
基于此模型,分析了在悬架运动行程内,弹簧刚度对悬架垂向力-位移特性、垂向等效刚度以及振动固有频率的影响,探讨了通过对弹簧刚度的调节来实现悬架垂向等效刚度调节的可行性。
2) vertical stiffness
垂向刚度
1.
The vertical stiffness of the air spring changes as its deformation changes, so the natural frequency of the air spring vibration isolation system is relevant to the vibration amplitude.
假设空气弹簧的垂向刚度仅取决于内部气压 ,从工程热力学的气体多变方程出发推导了空气弹簧的垂向刚度。
2.
Set out from the angle of the engineering applying,deduct calculations of air spring vertical stiffness with different guiding accessories.
从工程应用的角度出发,推导了不同导向附件的空气弹簧垂向刚度的计算式。
3.
The initial conclusion is obtained that the fairly big vertical stiffness of the guidance joint can also cause many problems in operation reliability of bogies.
介绍了CW—2系列转向架运用中出现的故障,结合轴箱定位结构分析了定位节点刚度较大带来的问题,并得出定位节点垂向刚度较大也是导致转向架出现较多运营可靠性问题的初步结论。
3) equivalent lateral stiffness ratio
等效侧向刚度比
1.
Based on finite element analysis of high-rise buildings whose transfer stories are set at the first story and act as open floor,this paper discusses three types lateral stiffness control parameters of transfer story: story lateral stiffness ratio,equivalent shear stiffness ratio and equivalent lateral stiffness ratio.
通过一系列在首层架空层设置转换层的高层建筑的有限元分析,对楼层侧向刚度比、等效剪切刚度比和等效侧向刚度比三种转换层结构侧向刚度控制参数进行了探讨。
4) equivalent stiffness
等效刚度
1.
The rotation angle superposition method withequivalent stiffness forsolving continuous beam;
等效刚度转角叠加法求解连续梁
2.
It deduced the belt equivalent stiffness and studied its non-linear property.
用离散单元模型建立了基于胶带悬垂度的带式输送机非线性运动微分方程,推导了胶带等效刚度表达式,分析其非线性特性及对运动微分方程的影响。
3.
Equivalent stretch elastic modulus E,sound reflection R and transmission coefficient T are calculated by the method of equivalent stiffness and transfer matrix separately.
通过试验获取了碳纤维(CF)、凯夫拉纤维(KF)、玻璃纤维(GF)、超高分子量聚乙烯纤维(UHMPEF)复合材料的力学性能和声学性能参数,在此基础上分别利用等效刚度法和传递矩阵法,对CF/UHMPEF、CF/KF、CF/GF混杂纤维复合材料的拉伸刚度、声反射系数和声透射系数进行计算。
5) equivalent rigidity
等效刚度
1.
Research conclusions:(1) The theoretical formula of equivalent rigidity coefficients for tension,shearing and bending is ηX=(kxl+(M1G1/ls)(1-1/n)),X referring to tension,shearing and bending.
研究结论:(1)盾构隧道纵向等效刚度系数计算公式为:ηX=kxl/(kxl+(M1G1/ls)(1-1/n))(X表示拉、剪切和弯曲)。
2.
Adopting continuous mathematical model and considering super columns and beams as spatial continua,the authors worked out the calculation of the equivalent rigidity and then established the equivalent model of the original structure.
采用连续化的数学模型,将巨型柱、巨型梁视为空间连续体,研究了其等效刚度的计算方法,并进一步建立了与原杆系模型相对应的等效模型。
3.
In civil engineering, the equivalent rigidity method presented.
用势能驻值原理导出各种截面楔形杆的等效刚度系数，用力法算出其固端弯矩修正系 数，把带有楔形柱、等截面梁的变截面刚架转换为等效等截面刚架来分析其内力、位移和计算长 度。
6) effective stiffness
等效刚度
1.
The effective stiffness of the stretching dominated lattice structures were analyzed by continuum method combined with finite element method.
根据连续介质力学方法预测拉伸主导型点阵格栅的等效刚度。
2.
The fundamental problems in applying DEM for investigation of nonlinear dynamical behavior of mul-tispan rotator system are discussed, including the determination and calculation of effective stiffness and effective force.
作为将散体单元法DEM(discrete element method)用于多跨转子系统非线性动力学计算的两个基本问题,介绍了DEM用于转子系统数值分析时,等效刚度和等效力的计算过程并给出了相应的计算公式,同时进行了相应的讨论。
3.
And with the design targeted at the ductility of the structure, a new method was established in which the elastic stiffness of the structure was used as the effective stiffness based upon the nonlinear displacement design spectra.
研究了一种以位移为基础的抗震设计方法 用等效线性化方法 ,在弹性位移设计谱的基础上形成用于以位移为基础的抗震设计非线性位移设计谱 将结构延性作为设计目标 ,提出一种以结构原始弹性刚度作为等效刚度的以位移为基础的抗震设计方法 以桥梁墩柱为例 ,给出了一个完整设计过程 ,并将其设计结果与文献 [1 ]进行了比
补充资料：JPZ型三向等刚度橡胶减震器
分子式：
CAS号：
性质：JPZ-type tridirective equal rigid rubber mounting 橡胶减震器的一种。具有x、y、z三个方向等刚度、等自震频率。按负荷大小可分为JPZ-1、JPZ-2两种型号。由中央金属芯柱、伞形金属罩及橡胶连接而成，模压法生产。可满足导弹控制仪等设备的隔震和抗冲击要求。
CAS号：
性质：JPZ-type tridirective equal rigid rubber mounting 橡胶减震器的一种。具有x、y、z三个方向等刚度、等自震频率。按负荷大小可分为JPZ-1、JPZ-2两种型号。由中央金属芯柱、伞形金属罩及橡胶连接而成，模压法生产。可满足导弹控制仪等设备的隔震和抗冲击要求。
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参考词条