钙质土壤中近海护套的备选基础概念

C. Kumar, Sandhria Ferriawan Agung Pambudi, Milind Salunke, J. W. Rayappa
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引用次数: 0

摘要

在许多地方发现钙质土壤类型,需要仔细选择基础类型。钙质土壤主要或部分由碳酸钙组成,碳酸钙以石灰或白垩的形式从下面的白垩或石灰岩中提取出来。澳大利亚西北大陆架是一个由碳酸盐土壤类型组成的地点的例子,其中大多数现有的海上设施和平台使用钻孔和灌浆(D&G)桩基础安装,在某些情况下使用重力基础。本文讨论了此类土壤的替代基础概念,即;(i)微桩,(ii)斜桩群,以及(iii) D&G桩和(iv)重力基础的共同概念。对基础概念进行了讨论,重点讨论了基础结构配置、竖向基础承载力可行性和一些可使用性方面的关键问题。此外,还讨论了海上作业和安装持续时间的观点,以提供一些见解,了解每个基础概念如何适应项目偏好,这通常会影响基础概念的最终选择。然后总结每个概念的风险/挑战和优势,以便进行总体比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Alternate Foundation Concepts for Offshore Jackets in Calcareous Soils
Calcareous soil type is found at many locations, requiring careful selection of foundation type. Calcareous soil is mostly or partly composed of calcium carbonate in the form of lime or chalk derived from the underlying chalk or limestone rock. North-West Shelf of Australia is an example of site which consists of carbonate soil types wherein the majority of existing offshore facilities and platforms being installed using Drilled and Grouted (D&G) piled foundations and in some instances using Gravity based foundations. This paper discusses alternate foundation concepts on such soils, namely; (i) Micro-piles, and (ii) Inclined pile cluster, along with the common concepts of (iii) D&G piles and (iv) Gravity based foundations. The foundation concepts are discussed with focus on key aspects of the foundation structural configuration, vertical foundation capacity feasibility, and some serviceability related aspects. In addition, offshore operation and installation duration perspective are also discussed to provide some insight on how each foundation concept could suit the project preference which often influence the final selection of foundation concept. Risk/challenges and advantages of each concept are then summarized for overall comparison.
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