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Design of an Innovative Road Bridge with Advanced Steel and Concrete

机译:先进钢与混凝土的创新公路桥梁设计。

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摘要

An example of innovative twin-girder bridge with high-limit-strength steels, hybrid girders and an ultra-high-performance fibre-reinforced concrete (UHPFRC) slab is presented in this paper. The design of the bridge is checked according to Eurocodes. A design with hybrid girders is now possible thanks to the use of these Eurocodes, because French design rules did not allow steel yielding, so hybrid girders have never been used in French bridges. The use of steel grades S460 and S690 allows a weight saving on the superstructure with positive repercussions on the piers and footings design, as well as a preservation of natural resources. The economical balance sheet shows a significant steel weight reduction of about 40%, and an overall superstructure weight reduction of about 25%.
机译:本文以高极限强度钢,混合梁和超高性能纤维增强混凝土(UHPFRC)平板为例,介绍了一种创新的双梁桥示例。桥梁的设计根据欧洲规范进行检查。由于使用了这些欧洲规范,现在可以使用混合梁进行设计,因为法国的设计规则不允许钢筋屈服,因此从未在法国桥梁中使用混合梁。使用钢种S460和S690可以减轻上部结构的重量,同时对墩台和基础设计产生积极的影响,并可以保护自然资源。经济资产负债表显示,钢材的重量显着减少了约40%,上部结构的总体重量也减少了约25%。

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