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Development of Highly Efficient Construction Technologies for Super Long Span Bridge

机译:超大跨度桥梁高效施工技术的发展

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This paper presents highly efficient cable erection equipments and methods related to the construction of super-long-span bridges, construction technology of high towers and, technology for offshore foundations currently developed through a R&D on accelerated and cost-saving construction technology for long-span cable bridges to secure our international competitiveness. In the field of cable erection technology, AS and PPWS equipments for highly efficient erection of cable longer than 2000 m, world-class clamping bolt tensioning equipment and shape control system for super-long cable are under development. The technologies developed in the domain of construction of towers are tapered slip form system for the construction of 400 m high tower, shape and erection precision control of elevated tower and, lightweight and modular formwork for slip form system. In the domain of foundation construction, remote controlled survey equipment and analysis system for water-depth of 100 m and depth of 50 m, prediction and evaluation technology of optimal load carrying capacity and settlement complying with international standard and, highly efficient hybrid foundation construction technology suitable for ground acceleration of 0.5 g and deep soft soil are currently developed.
机译:本文介绍了与超大跨度桥梁的建造,高层塔架的建造技术以及目前通过研发为大跨度的加速和节约成本的建造技术研发的海上基础技术有关的高效电缆架设设备和方法。电缆桥以确保我们的国际竞争力。在电缆安装技术领域,正在开发用于高效安装长度超过2000 m的AS和PPWS设备,世界一流的夹紧螺栓张紧设备和用于超长电缆的形状控制系统。在塔架建筑领域开发的技术包括:锥形滑模系统,用于建造400 m高的塔架;高架塔的形状和安装精度控制;以及轻型和模块化的滑模系统模板。在地基建设领域,水深100 m和水深50 m的远程测量设备和分析系统,符合国际标准的最佳承载能力和沉降预测和评估技术以及高效的混合基础建设技术目前适合于地面加速度为0.5 g的情况,并且已经开发了较深的软土。

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