Northwood Investors are reinventing a 1980s Brutalist-style London, UK, office building, ‘The Acre’, is 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 decided to replace selectively just 20% of the existing structure while upgrading and re-cladding the remaining 80% to create a modern development, with half the embodied carbon dioxide 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 the 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 managed appropriately.
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July 2024
Research Article|
September 22 2023
Managing piling obstruction risk intelligently for reinvention of a UK brutalist building Available to Purchase
Alice Berry, CEng MICE, MEng, MA (cantab)
;
Arup, London, UK
(corresponding author: alice.berry@arup.com)
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Dinesh Patel, CEng MICE, MSc, DIC;
Dinesh Patel, CEng MICE, MSc, DIC
Fellow
Arup, London, UK
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Felix Faber, CEng MICE, MEng
;
Felix Faber, CEng MICE, MEng
Senior Engineer
Arup, London, UK
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Liam Bond, CEng MICE, BSc (Hons);
Liam Bond, CEng MICE, BSc (Hons)
Development Manager
Platform, London, UK
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Joel Brook, CEng MICE, MEng (Hons)
;
Joel Brook, CEng MICE, MEng (Hons)
Senior Engineer
Arup, London, UK
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Jan Kaussen, Dipl-Ing
Jan Kaussen, Dipl-Ing
Senior Engineer
Arup, London, UK
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(corresponding author: alice.berry@arup.com)
Publisher: Emerald Publishing
Received:
September 30 2022
Accepted:
August 09 2023
Online ISSN: 2043-9911
Print ISSN: 2043-9903
Emerald Publishing Limited: All rights reserved
2024
Proceedings of the Institution of Civil Engineers - Forensic Engineering (2024) 177 (3): 75–86.
Article history
Received:
September 30 2022
Accepted:
August 09 2023
Citation
Berry A, Patel D, Faber F, Bond L, Brook J, Kaussen J (2024), "Managing piling obstruction risk intelligently for reinvention of a UK brutalist building". Proceedings of the Institution of Civil Engineers - Forensic Engineering, Vol. 177 No. 3 pp. 75–86, doi: https://doi.org/10.1680/jfoen.22.00028
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