Investigate the Applicability of Different Structural Configurations for Bridge/ Via duct Pier in Local Expressway

Ganaatheban Mohanakkumaran, H. D. Hidallana-Gamage, R. Indrajith
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Abstract

Piles with tie beams are mostly used as a practice in the expressway bridges in Sri Lanka. Even though it seems to be cost effective, the reliability of the substructure in some soil conditions, might be quite low when compared to other structural configurations like piles with pile cap. A study on this matter will be helpful to identify a suitable structural configuration for substructure in terms of structural, geotechnical, and economical aspects. For this study, a bridge located in the Central Expressway project in Sri Lanka was considered. Pile with tie beam configuration and 4 other possible alternative configurations for the selected bridge were identified. All five structural configurations were analysed under 3 different soil profiles which are taken from some of the locations in the Central Expressway in Sri Lanka. Some empirical equations were used to assess geotechnical aspects in terms of load carrying capacity and the expected settlement. Meanwhile, Midas Civil 2020 software was used for the structural analysis, while Euro code was referred for the structural design. Based on the results presented in this paper, it is evident that, pile cap with friction piles can be used conveniently, if proper controlled driving of piles is done.
探讨不同结构形式在地方高速公路桥涵墩上的适用性
在斯里兰卡的高速公路桥梁中,多采用系梁桩。尽管这似乎是经济有效的,但在某些土壤条件下,与其他结构配置(如带桩帽的桩)相比,下部结构的可靠性可能相当低。对这一问题的研究将有助于从结构、岩土和经济方面确定适合的下部结构配置。在本研究中,考虑了位于斯里兰卡中央高速公路项目中的一座桥梁。确定了所选桥梁的桩系梁结构和其他4种可能的替代结构。在斯里兰卡中央高速公路的一些地点采集的三种不同土壤剖面下,分析了所有五种结构构型。一些经验方程被用来评估岩土方面的承载能力和预期沉降。结构分析采用Midas Civil 2020软件,结构设计参照欧洲规范。研究结果表明,只要控制好桩的打桩,摩擦桩承台是可以方便地使用的。
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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