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Recent advances in practical design of rock socketed piles in Victoria

机译：维多利亚州嵌岩桩实用设计的最新进展

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摘要

This paper briefly provides an overview of a new rock socketed pile design system called GARSP. This system couples state-of-the-art analysis techniques with careful field observations and logging during construction to provide significant improvements in pile design, in respect both to optimisation of sockets lengths and to reduction of risks. Four case histories, where this new technology has been used, are presented. In three of these, the adopted design system provided significant savings to the client in terms both of material quantities and of construction time. In the first case study, analyses of pre-existing piles using new analysis techniques provided confidence that the existing building foundations were able to carry the additional loads due to refurbishment of the building and no strengthening of foundations was required, again providing considerable savings to the client.
机译：本文简要概述了一种称为GARSP的新型嵌岩桩设计系统。该系统将最先进的分析技术与施工期间的仔细现场观察和测井相结合，从而在优化承窝长度和降低风险方面显着改善了桩的设计。介绍了使用这种新技术的四个案例历史。在其中的三个方面，采用的设计系统在材料数量和施工时间方面为客户节省了大量资金。在第一个案例研究中，使用新的分析技术对先前存在的桩进行分析提供了信心，即由于建筑物的翻新，现有的建筑物基础能够承受额外的荷载，并且不需要加强基础，这再次为基础节省了可观的成本。客户。

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