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桥梁是道路交通事业的重要组成部分,一旦发生质量问题,就会影响道路的顺利通行,给出行和运输带来很大的困扰,给人民的生命财产带来了无法挽回的损失。因此,桥梁工程在施工时,需要格外注重桥梁的稳定性、强度、刚度。桥梁的设计、用材、辅助支架等各个方面需要反复的计算,确定桥梁建设各个部位尺度的大小。桥梁的类型种类较多,按受力特点划分为梁式桥、拱式桥、刚架桥,悬索桥,组合体系桥等。其中,连续钢构桥能够满足跨度较大、抗压力较强、实用性强等特点,在桥梁建设中占有很大比重。针对连续钢构桥的特点,本文主要从连续钢构桥施工中控制技术的重要性、科学合理控制影响钢构桥施工因素入手,对连续钢构桥施工控制技术进行详细的分析,以确保桥梁工程的顺利实施。
Bridges are an important part of the road transport business. Once a quality problem occurs, it will affect the smooth passage of roads, cause great troubles for traveling and transportation, and bring irreparable losses to people’s lives and property. Therefore, the bridge project in construction, need to pay special attention to the stability of the bridge, strength, stiffness. Bridge design, timber, auxiliary support and other aspects of the need for repeated calculations to determine the size of all parts of the bridge construction scale. More types of types of bridges, according to the characteristics of the force is divided into beam bridge, arch bridge, rigid frame bridge, suspension bridge, composite system and so on. Among them, the continuous steel bridge to meet the larger span, strong anti-stress, practicality and other characteristics, in the bridge construction occupies a large proportion. In view of the characteristics of continuous steel bridge, this paper mainly from the continuous steel bridge construction control technology importance, scientific and reasonable control of the steel bridge construction factors start, continuous steel bridge construction control technology in detail to ensure that the bridge The smooth implementation of the project.