1) tensile force of rod
吊杆力
1.
A new explanation of the rigid continuous girder method for determination of tensile force of rod of tied arch bridge
确定系杆拱桥吊杆力的刚性连续梁法算法
2) suspender force
吊杆索力
1.
Test analysis of the suspender force of the large span concrete filled steel tube arch bridge;
大跨度钢管混凝土拱桥吊杆索力测试分析
4) hanger force
吊杆内力
1.
By taking the minimum strain energy as objective functions, three approaches for determining the optimal hanger forces of tie-arch bridges are proposed.
以极小化拱肋和系梁的应变能为目标,研究了确定吊杆合理内力的三种方法:其一是基于无约束最小应变能原理的"刚性吊杆法";其二是基于无约束最小弯曲应变能原理的"无限轴向刚度法";第三种方法是形成一个二次规划问题,以离散化结构的最小弯曲应变能为目标函数,以某些位置的弯矩、位移或吊杆内力等作为约束条件。
5) tensile force of rod coefficient
吊杆力系数
1.
In view of this problem,temperature coefficient method and tensile force of rod coefficient method were put forward by using software ANSYS to solve this problem in the project of Wushi Road Bridge(a half-through steel arch bridge) in Xiamen city,and a satisfied effect was ob.
针对此问题,利用ANSYS软件,本文提出温度系数法和吊杆力系数法,并结合厦门五石路桥的工程实例,将之运用于五石路桥工程中,取得满意的工程效果。
6) prestressed suspender
预应力吊杆
补充资料：吊杆装置
见船舶起货设备。
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