Design of Bridge Adaptive Bearing Based on Hydraulic Control

C. Xu, Zihang Tan, Tianyu Lu, Xinyu Liang
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引用次数: 0

Abstract

: At present, the total number of modern Bridges in China exceeds 1 million, and Bridges across the sea and river bear a huge amount of passenger and freight transport. Because the bridge span is large, so because of weather, war and other reasons when the damage, can only be set up pontoon repair. Limited by hydrological conditions and other factors, the disadvantages of emergency repair of pontoon bridge are very obvious, among which the disadvantages of difficult operation and low traffic speed directly limit the overall emergency repair progress. Therefore, the bridge bearing based on hydraulic control in this paper can control the adaptive bearing to actively compensate and adjust with the help of the rapid calculation of the calculation system without blocking the channel, so as to greatly improve the passage efficiency and reduce the cost of emergency repair.
基于液压控制的桥梁自适应轴承设计
目前,中国的现代桥梁总数超过100万座,跨海跨江的桥梁承载了大量的客货运输。由于桥梁跨度较大,所以由于天气、战争等原因损坏时,只能设置浮桥进行修复。受水文条件等因素的限制,浮桥应急抢修的弊端十分明显,其中作业难度大、通行速度低等缺点直接限制了整体应急抢修进度。因此,本文基于液压控制的桥梁支座可以在不堵塞通道的情况下,借助计算系统的快速计算,控制自适应支座进行主动补偿和调整,从而大大提高通道效率,降低抢修成本。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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