Architecture firm Waugh Thistleton designed Development House, an office building in London’s Shoreditch district. The nine story, 90,000-sf complex will be made of wood.
The timber will be a combination of cross-laminated timber (CLT) and glued laminated timber (glulam). Dezeen explains that glulam is made of several slices of wood layered and glued together, while CLT is similar, as it has wood layers arranged at right angles. CLT and glulam are stronger than regular wood. The Building Team said that building with wood minimizes time on site and reduces noise and waste during construction.
The design calls for the building to be shaped into five quadrants, with vertical slices separating each glazed section. The voids will allow daylight and fresh air to reach the center of the building. Gardens can be placed in these spaces as well.
According to Inhabitat, Development House will be one of the tallest wood-framed structures in London. Waugh Thistleton has also designed Dalston Lane, a 10-story, 121-unit development that uses more than 3,000 cubic meters of timber, and the nine-story Murray Grove, which was the tallest modern timber residential building when it was built in 2009. Both of those London-based projects incorporated CLT.
Related Stories
Codes and Standards | Jul 10, 2017
New mass plywood panel project moves ahead with federal grant
New material is substitute for concrete and steel in multi-story projects.
Wood | Jul 10, 2017
University of Idaho Arena plans to make timber a focal point
The project received a Wood Innovation Grant that will help spur construction of the Hastings + Chivetta-designed project.
Wood | Jun 13, 2017
The first timber high-rise in the U.S. set for construction in Portland
The building’s design, building materials, and commercial tenants are all focused on the key aspect of sustainability.
| Jun 13, 2017
Accelerate Live! talk: Next-gen materials for the built environment, Blaine Brownell, Transmaterial
Architect and materials guru Blaine Brownell reveals emerging trends and applications that are transforming the technological capacity, environmental performance, and design potential of architecture.
Wood | Jun 6, 2017
Shigeru Ban-designed residential structure poised to become world’s tallest hybrid timber building
The wood, concrete, and glass building will rise approximately 233 feet when finished.
| Jun 5, 2017
Fire-rated frames deliver the natural look of wood
The TimberLine Series pairs a high-strength steel subframe with a wood-veneered metal cover cap to produce a slender fire-rated frame.
Multifamily Housing | May 17, 2017
Swedish Tower’s 15th floor is reserved for a panoramic garden
C.F. Møller’s design was selected as the winner of a competition organized by Riksbyggen in Västerås.
Sponsored | Ceilings | Apr 4, 2017
Wood ceilings and walls help convey energy of college football
Real wood veneer panels evoke warmth, texture, and color of a football.
Sustainability | Apr 4, 2017
Six connected CLT towers create an urban forest in India
The mixed-use towers would each rise 36 stories into the sky and connect via rooftop skybridges.
Wood | Mar 16, 2017
Wood wall system delivers that rich, natural look
The use of Douglas fir glulam beams can obviate the need for steel beams, even for walls up to 14 feet in height.