具有低生命周期成本的先进桥梁解决方案

D. Rademacher, A. Barceló, O. Hechler
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引用次数: 2

摘要

今天的桥梁建设项目面临着新的挑战。公众、监管机构和当局要求在规划、执行、使用寿命和拆除过程中具有成本效益的新结构。这转化为与生命周期成本的更高相关性,以及与结构的执行和维护相关的所谓外部成本。最近的一项独立研究表明,在结构的使用寿命期间,选择钢板桩支承而不是传统的混凝土支承可以减少高达15%的经济影响。钢板桩与热镀锌或耐候钢轧制段的组合可以进一步降低寿命周期成本。通过使用这些替代保护系统,钢和复合材料桥梁的耐久性可以得到提高,因为考虑到桥梁的整个生命周期,它们比传统的涂层系统具有至关重要的优势;它们不需要任何维护。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Advanced Bridge Solutions with Low Life-Cycle Costs
Today’s bridge construction projects face new challenges. Public, regulators and authorities demand new structures which are cost effective during their planning, execution, lifetime and dismantling. This translates into a higher relevance to the life cycle costs, and the so-called external costs associated with the execution and maintenance of the structure. A recent independent study has shown that choosing steel sheet pile abutments over the traditional concrete ones leads to a reduction of up to 15% the economic impact during the service life of the structure. The combination of sheet piles with either hot-dip galvanized or weathering-steel rolled sections can further reduce the life cycle costs. The durability of steel and composite bridges can be enhanced by using these alternative protection systems, as they offer crucial advantages over traditional coating systems when considering the bridge’s entire life cycle; They do not need any maintenance.
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