1) arch rib rigidity
拱肋刚度
1.
In order to compare the different calculated stability coefficients for the bridge by different calculation methods of arch rib rigidity,the FEM model of Zhang Jiang bridge,as an example,was set up,and the first stability and the second extremum stability during service of the bridge were analyzed using 3 calculation methods on the rigidity of steel-concrete pipe arch rib.
首先介绍了钢管混凝土拱桥线性和非线性稳定计算理论,为了对比不同拱肋刚度计算方法对钢管混凝土拱桥稳定系数计算的影响,以章江大桥为例,分别采用3种钢管拱肋刚度计算方法,使用有限元程序ANSYS对成桥运营阶段第1类稳定和第2类极值点稳定进行了分析。
2) the stiffiiess of vaulted beam
拱梁刚度
3) stiffness ratio of stiffener to panel
肋板刚度比
4) stiffness ratio of arch to beam
拱梁刚度比
5) arch rib
拱肋
1.
On the consolidation programs of side arch rib of Xinguang Bridge;
浅谈新光大桥边拱拱肋拼装方案
2.
Linear control of prefabrication and hoisting of arch rib in Taipinghu bridge;
太平湖大桥拱肋预制与吊装的线形控制
3.
Technology research on arch rib construction of bridge arch of steel tube concrete in the middle part;
中承式钢管混凝土拱桥拱肋施工技术的研究
6) rib arch
肋拱
1.
Based on the constitutive relation of combinatorial material of concrete filled steel tube(CFST),the calculation analyzes linear and nonlinear reactions of rib arch under static loads.
考虑拱肋初始挠度等缺陷的影响,采用钢管混凝土组合材料的本构关系,建立钢管混凝土单圆管肋拱计算模型。
2.
Quyi Bridege of Fu an City is a concrete-filled steel tubular (single tube) rib arch bridge.
群益大桥为钢管混凝土单圆管肋拱桥 。
3.
In this paper, two model experiments of the concrete-filled steel tubular (CFST) rib arch under in-plane loads are reported.
本文进行了两根钢管混凝土单圆管肋拱面内全过程试验。
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。
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