Managing piling obstruction risk intelligently for reinvention of a brutalist building

Alice Berry, Dinesh Patel, Felix Faber, Liam Bond, Joel Brook, Jan Kaussen
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Abstract

Northwood Investors are reinventing a 1980s Brutalist style London office building, “The Acre”, located in a densely populated urban environment, and surrounded by residential properties. There is a plethora of known and unknown obstructions beneath the site, including heavy steel grillages. Typically, such sites are redeveloped by total demolition and lengthy enabling works with significant vibration and noise. Instead, Northwood elected to selectively replace just 20% of the existing structure while upgrading and re-cladding the remaining 80% to create a modern development, with half the embodied carbon of the previously consented scheme. To make the scheme viable, Arup proposed the use of Pali Radice piles. This technique can construct mini-piles through layers of obstructions that would defeat traditional piling rigs, and can operate in constrained spaces such as existing basements. Despite the choice of piling technique limiting the pile diameter and tender options, this offered a step change in risk control and was crucial to enabling the project. Drilling trials and preliminary pile load testing were undertaken. The trials proved effectiveness of the technique and informed the pile design. Evidence from the trials permitted the method and programme to be assessed, and installation risks to be appropriately managed.
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为野兽派建筑的再创造巧妙地管理桩阻风险
Northwood Investors正在改造一座20世纪80年代野兽派风格的伦敦办公楼“The Acre”,它位于人口稠密的城市环境中,周围都是住宅物业。场地下面有大量已知和未知的障碍物,包括沉重的钢格栅。通常情况下,这些地盘的重建是通过全面拆除和冗长的使能工程进行的,并且会产生很大的振动和噪音。相反,Northwood选择选择性地替换现有结构的20%,同时升级和重新覆盖剩余的80%,以创建一个现代化的开发项目,其中包含的碳排放量是先前批准方案的一半。为了使方案可行,奥雅纳建议使用巴利拉迪斯桩。这种技术可以通过层层障碍物来建造微型桩,这是传统打桩设备无法做到的,而且可以在现有地下室等受限空间内运行。尽管选择的打桩技术限制了桩径和投标选择,但这为风险控制提供了一个步骤,对项目的实现至关重要。进行了钻孔试验和初步桩载试验。试验证明了该技术的有效性,并为桩的设计提供了参考。来自试验的证据允许对方法和程序进行评估,并对安装风险进行适当管理。
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来源期刊
CiteScore
1.70
自引率
0.00%
发文量
28
期刊最新文献
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