1) segmental catenary
分段悬链线
1.
The segmental catenary method is adopted,by considering cable s geometrical non-linearity,to determine the alignment of cable under self-weight and static load,also to find the length of stress-free cable.
针对主缆索的几何非线性,采用较为精确的分段悬链线法计算其空缆线形、成桥线形及无应力索长。
2.
According to actual stress characteristics of the self-anchored suspension bridge,this paper mainly presents the calculation method of the length of main cable-the segmental catenary method.
根据自锚式悬索桥的实际受力特点,介绍了主缆长度的计算方法——分段悬链线法。
2) segmental catenary theory
分段悬链线理论
1.
Based on the segmental catenary theory,the paper concludes the balanceness of finished main cable shape and the iterative method which has high explanation power in the scenario of self-anchored suspension bridge with single tower.
以分段悬链线理论为基础,给出主缆成桥线形的平衡关系和适合于独塔自锚式悬索桥主缆成桥线形分析的迭代方法,并编制相应程序。
3) improved segmental catenary curve
改进的分段悬链线法
4) multi-component catenary mooring line
分段式悬链线系泊索
5) catenary segment
悬链段
1.
As a result, the theory of the stayed cable is proved to have already contained both theories of catenary segment and catenary which can be integrated by the former theory itself.
证明斜拉索理论包含了悬链段理论，也包含了悬链线理论。
6) catenary
[英][kə'ti:nəri] [美][kə'tinərɪ]
悬链线
1.
A New Computation Model for ERD Catenary Trajectory Design;
大位移井悬链线轨道设计的新计算模型
2.
Equal section catenary no hinge slab rib arch bridge construction technique;
等截面悬链线无铰板肋拱桥施工技术
3.
Cable Tension Adjustment in Cable-Stayed Bridge by Using Catenary Solution;
拉索的悬链线解答在斜拉桥调索中的应用
补充资料：悬链线
悬链线
catenary
悬链线ICa悦n别。二“e“”a，朋皿.】 长度不变、两端固定的均质柔韧绳在重力作用下所呈现的平面超越曲线(见图) 半 在Dest盯tes坐标中，其方程是 一、争‘厂“一卜“一“‘，一“c’)sh含从点x二O算起的弧长是 1，、、‘，x ‘二万柑’一“‘一)二一“”ln”万曲率半径是 r二ac、)shZ三 以由一段悬链线弧、过其两端点的纵坐标和戈轴所围成的面积是 厂一——一厂一 、、二aV少冬一“-一aV厂了一“‘一二 X、丫l 二a一slnn—a一slnn一一 a汉 如果使一段悬链线弧绕x轴悬转，则形成悬巴涟面(catenoid、.
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