Garden Halls, London
Client:University Partnerships Programme acting on behalf of University of London
Architect:Executive Architect: TP Bennett Principle Façade Architect: Maccreanor Lavington Architects
Project Manager/QS:Cost consultant : McBaines Cooper
Main Contractor:Brookfield Multiplex
Concrete Contractor:Specialist Precast Thorp Precast
Located in the heart of Bloomsbury, Central London, Garden Halls is a development of high quality, affordable student accommodation. Maccreanor Lavington worked alongside Executive Architects, TP Bennett, and precast supplier Thorp, to design the new principal nine-storey façade facing Cartwright Gardens and a lower seven-storey building at the corner of the historically sensitive and challenging site.
The new student halls replaces the former 1930’s and 1950’s buildings to accommodate 1,200 student rooms, making it one of the largest student halls of residence in London. The main brick-clad facade has all the architectural integrity and beauty of a hand-set masonry building built by craftsmen but constructed from precast concrete panels.
There are over a thousand precast panels incorporating four brick types across the entire scheme, some elements incorporate complex corbelling and span two-storeys high.
Text and images taken from 'Garden Halls' article, (page 12) Concrete Quarterly, Spring 2018.
Building type:Flat & Apartments
Cladding on principle facade: brick faced concrete panels. Petersen brick. 10mm recessed white mortar joint
Architectural precast cills – white, acid etched
Two-storey high panels, stacked and dowel connected the full 8 stories of the building to remove need for horizontal soft joints. Panels delivered pre-glazed with cast in sills. Other joints limited to 10mm width
12:30 - 13:30
This webinar will consider the recent trend in creating concrete with a natural appearance and explore some of the techniques employed in recently completed buildings, including rammed concrete.
12:30 - 13:30
This webinar will outline key considerations for designers looking to reduce the embodied carbon of concrete structures and include an introduction to Concept, a tool for comparing concrete framing options.
00:00 - 00:00
£275.00 + VAT
This e-learning course will cover the relevant sections of the code for the design of concrete framed buildings.