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Sumitomo Forestry Co. Ltd. has announced that it plans to build a 70-story 350-meter mixed-use skyscraper in Marunouchi, a central Tokyo business district, by the year 2041. [...]
The project [...] is estimated to cost 600 billion JPY (5.5 billion USD). This is almost twice that of conventional high-rise buildings using current technology, but the company hopes to reduce costs by making technological advances in wood-based construction.
— Real Estate Japan
Image: Sumitomo ForestryWooden skyscrapers have been seeing an unprecedented boom phase in recent years, but even the more ambitious projects don't even come close to what Japanese company Sumitomo Forestry, in collaboration with Nikken Sekkei, is proposing to build in Tokyo by the year 2041. ... View full entry
[...] scientists say a simple and inexpensive new process can transform any type of wood into a material stronger than steel, and even some high-tech titanium alloys. [...]
The results are impressive. The team’s compressed wood is three times as dense as the untreated substance, Hu says, adding that its resistance to being ripped apart is increased more than 10-fold. It also can become about 50 times more resistant to compression and almost 20 times as stiff.
— Scientific American
Wood, so hot right now. Thanks to new and improved construction methods, there is barely a month going by without the announcement of record-breaking wooden structures and rapidly increasing height limits for cross-laminated timber skyscrapers around the world. Meanwhile material scientists are... View full entry
In case you haven't checked out Archinect's Pinterest boards in a while, we have compiled ten recently pinned images from outstanding projects on various Archinect Firm and People profiles. (Tip: use the handy FOLLOW feature to easily keep up-to-date with all your favorite Archinect profiles!)... View full entry
Spurred by concerns over climate change and the negative impacts of concrete manufacturing, architects and developers in France are increasingly turning to wood for their office towers and apartment complexes.
Concrete was praised through much of the 20th century for its flexibility, functionality, and relative affordability. [...] Today, however, wood is lauded for its smaller environmental footprint and the speed with which buildings can be assembled.
— Citylab
Who said that factory buildings had to be drab, dingy halls devoid of beauty? Vitsœ, the UK-based maker of Dieter Rams-designed furniture systems, opened its new HQ and production building this week, and it's a real stunner. © Dirk LindnerLocated in the small town of Royal Leamington Spa in... View full entry
Dignitaries at the 2020 Tokyo Summer Olympic and Paralympic Games will obviously get the best seats--those made of wood--but ordinary common folk will have to make do with plastic. — Asahi Shimbun
Less than 1 percent of Tokyo's Olympic Stadium seats will be wooden. Those will be allocated for the best views of the opening and closing ceremonies, as well as track and field events. The country's timber industry has been advocating since 2016 to install wooden seats for all the spectators as a... View full entry
Completed last year, the wooden skyscraper opened its doors to 400 students at University of British Columbia (UBC) Campus in Vancouver. Designed by Acton Ostry Architects in collaboration with structural engineers Fast + Epp. The building is built of mass timber construction above one level of... View full entry
Over thousands of years, the building science of timber framing developed independently in both Northern Europe and China. But one big difference between the regions is that China, by virtue of its size and geological traits, is prone to devastating earthquakes. Ancient Chinese builders thus needed a way to create wooden structures that could not be shaken apart, and that were not so stiff that its support members would shatter. — Core 77
Known as dougong, these earthquake-resistant series of brackets were designed and engineered roughly 500 B.C. When interlocked together, the joints transfer weight to supporting columns, containing so many redundancies they can not be shaken apart. By spreading their tolerances over multiple... View full entry
Designed by LEVER Architecture, Framework Building aims at promoting sustainable building practices and economic opportunity for a sustainable urban-rural ecology.To receive the permit the 12-story building has completed a series of fire, acoustic and structural tests which have proven that mass... View full entry
In case you haven't checked out Archinect's Pinterest boards in a while, we have compiled ten recently pinned images from outstanding projects on various Archinect Firm and People profiles.(Tip: use the handy FOLLOW feature to easily keep up-to-date with all your favorite Archinect... View full entry
Set in a community of “small-sized quaint” weekend cottages in Dobříš, Czech Republic, this house by Mimosa Architects features few exterior edges. Rather, the curvaceous structure was designed according to the desire of its occupants to “have an unusual, environmentally soft house built... View full entry
What will higher timber prices as a result of Trump's new tarriff mean for architecture? Dr. Warren Mabee, who is the Canada Research Chair in Renewable Energy Development and Implementation at Queen's University, told me over the phone that it will likely halt or significantly alter the design... View full entry
Designed as an easily accessible community center that, according to its architects, would preserve "a logical continuity and preservation of the existing landscape as well as construct synergies with the surrounding buildings," the Maison de Quartier de Chatelaine-Balexert benefits from a... View full entry
Molecules 10,000 times narrower than the width of a human hair could hold the key to making possible wooden skyscrapers and more energy-efficient paper production, according to research published today in the journal Nature Communications. The study, led by a father and son team at the Universities of Warwick and Cambridge, solves a long-standing mystery of how key sugars in cells bind to form strong, indigestible materials. — University of Cambridge
"But just as this could improve how easily materials can be broken down, the discovery may also help them create stronger materials, he says. There are already plans to build houses in the UK more sustainably using wood, and Paul Dupree is involved in the Centre for Natural Material Innovation at... View full entry
In case you haven't checked out Archinect's Pinterest boards in a while, we have compiled ten recently pinned images from outstanding projects on various Archinect Firm and People profiles.(Tip: use the handy FOLLOW feature to easily keep up-to-date with all your favorite Archinect... View full entry
