1) cable element
缆索单元
1.
Then,the two node nonlinear cable element tangent stiffness matrix is derived and its iterative step is given.
文中建立了Lagrange坐标系下缆索曲线方程,推导出2节点非线性缆索单元的切线刚度矩阵,并给出了应用该单元求解缆索线形的迭代格式。
2) cable
缆索
1.
Development of a Testing system for detecting the Defect in Diagonal Bridge Cable;
斜拉桥缆索缺陷检测系统的研制
2.
Multi-body Dynamics Modeling and Its Application in Marine Cable Systems;
多体系统动力学建模方法及在水下缆索中的应用研究
3) cables
缆索
1.
Dynamic Analysis on Ocean Cables System with Lumped Parameter Approach;
采用凝集参数法对海洋缆索系统进行动态分析(英文)
2.
To introduce research and manufacture and production of high strength PC galvanized steel wire for bridge cables.
介绍桥梁缆索用高强度PC镀锌钢丝的研制与生产情况。
3.
Presents a parameter studying method which can be used to deal with mooring, towing and submersible umbilical cables in three dimensions.
缆索为三维,受载为流体力和多点载荷扰动,不计水面波浪动态激励以及流速的变化,并用三参数函数导出一个半解析公式。
4) bridge cable
桥梁缆索
1.
Application of epoxy anchoring agent during anchorage fixing of bridge cables;
环氧锚固剂在桥梁缆索锚具锚固中的应用
2.
To introduce the basis of selecting section area in mechanical property calculation of steel wire for bridge cable.
介绍桥梁缆索用镀锌钢丝力学性能计算中选择截面积的依据。
3.
The main methods improving the strength of galvanized wire for bridge cable are to improve the strength of sorbite wire rod, increase drawing hardening effect and decrease strength lose in the course of galvanizing.
提高桥梁缆索镀锌钢丝强度的主要方法是提高索氏体盘条的强度、提高加工硬化效果和减少热镀锌过程的强度损失。
5) cable curve
缆索线形
6) auxiliary cables
辅助缆索
1.
It is shown that CFRP is a nice choice for super-span bridges,and the auxiliary cables can improve the wind-resistant behavior of the bridges effectively.
以琼州海峡跨海工程为背景,研究了跨度达10000 m特大跨径悬索桥的概念设计,研究表明,采用碳纤维加劲塑料可满足特大跨度桥梁的要求,辅助缆索在提高结构抗风性能方面作用很大,混合双悬臂体系在静力和动力方面均有更大优势,具有很广阔的发展前景。
参考词条
补充资料：缆索
缆绳。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。