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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
This post is brought to you by Alucobond® The Harwyn Office Pod is a portable home office born from founder Jason Fremder’s need for a demarcation between home life and profession life.Fremder explains the idea for the pod was born simultaneously with the birth of his first daughter “my home... View full entry
This post is brought to you by GKD Media Mesh. The port city of Dalian in northern China is a city of contrasts. A vibrant center of trade and industry, this rapidly growing metropolis plays an equally important role in the region as one of the country's most popular vacation destinations. In the... View full entry
This post is brought to you by GKD Metal Fabrics. White GKD metal fabric plays a disappearing act on the interior of a commercial office building in Toronto, Canada. With sharp geometric lines and vibrant white walls set against concrete floors and metal railings, a few red bucket chairs starkly... View full entry
This post is brought to you by Alucobond® A big compliment to architects is hearing that one of their building designs has become a recognizable landmark. That’s the case for architects at the Los Angeles office of Arquitectonica International Corp. who designed the Olume residential building... View full entry
Researchers at Nanyang Technological University in Singapore have invented a new type of concrete that is flexible yet stronger than traditional concrete. Named ConFlexPave, the concrete "allows the creation of slim precast pavement slabs for quick installation, thus halving the time needed for... View full entry
Arup announced on July 25 that they would partner with TEAM V Architecture, Lingotto, Nicole Maarsen, and Nederlandse Energie Maatschappij in the construction of a 73-meter-high residential tower. With 14,500 square meters of floor space in total, the tower, named HAUT, will house 55 apartments... View full entry
The [plastic] materials are thoroughly cleaned, before being ground into a rough power, mixed, melted and extruded into a range of shapes – mostly beams, blocks and pillars – which lock together to form buildings. Importantly, [Conceptos Plásticos] also trains communities in how to build these structures, giving them ownership over their homes [...]
Like LEGO blocks, these interlocking structures don’t need adhesive to be strong and sturdy, which makes them a good option for mobile shelters.
— forbes.com
Related on Archinect:Rotterdam considers paving its roads with recycled plasticStudent Works: This house made of trash teaches a lesson in green housekeepingTaiwan tests recycling's limits with bus stops out of bottlesRaumlabor’s ‘Big Crunch’ is an Incredible Building Made from Discarded... View full entry
In bone, the proportions of protein and mineral are roughly equal – the mineral gives bone stiffness and hardness, while the protein gives it toughness or resistance to fracture. While bones can break, it is relatively rare, and they have the benefit of being self-healing [...]
“All of our existing building standards have been designed with concrete and steel in mind. Constructing buildings out of entirely new materials would mean completely rethinking the whole industry."
— cam.ac.uk
Bioengineer Dr. Michelle Oyen of Cambridge’s Department of Engineering and her lab are working on ways to build artificial compounds that mimic bone and eggshell. Eventually, once scaled up, the compounds could be used as building materials.When the mineral compounds are "templated" onto the... View full entry
In this video that blends time lapse and slow-motion techniques to fully showcase the visual splendor of the building, director Heidi Zuckerman of the The Aspen Art Museum speaks about how the "modesty" of Shigeru Ban's signature preferred materials perfectly suited the Colorado-based institution... View full entry
This post is brought to you by Alucobond® Alucobond® aluminum composite material (ACM) has been used for exterior cladding products in the North American building construction market for over forty years. Throughout these years, we have continued to be on the forefront of all fire and building... View full entry
This post is brought to you by GKD Metal Fabrics. There are many benefits produced as a byproduct of incorporating daylighting into an office building design. Access to daylight throughout the day improves employee well-being and overall health, even after leaving the office. Besides creating a... View full entry
Turku University of Applied Sciences has received a grant of 70,417 euros to see if hemp could be used more in construction projects.
The research will involve investigating the soundproofing and fireproof properties of the substance.
Researchers will also look at how hemp decomposes and to see how it could be used as fertilizer - in order to determine how eco-friendly hemp's waste materials are.
— YLE News
The article is careful to note that hemp has far less THC than marijuana and is therefore not a psychoactive substance (obviously) – but the news still feels topical. Hemp has been used for centuries for ropes, oils and textiles. But marijuana criminalization efforts in the 20th centuries... View full entry
This post is brought to you by Alucobond® Alucobond® aluminum composite material (ACM) has been used for exterior cladding products in the North American building construction market for over forty years. Throughout these years, we have continued to be on the forefront of all fire and building... View full entry
Plans for London’s first timber skyscraper were presented to the Mayor of London Boris Johnson this week with researchers saying natural materials were “vastly underused”.
The design is for an 80-storey, 300m-high wooden building integrated into the Barbican complex. The tower would create 1,000 new residences. Architects’ Journal described the concept scheme as “toothpick-like”.
— independent.co.uk
Read relating articles on Archinect here:A guide to London mayoral candidates and their housing policiesIs London experiencing a brick boom?Design revealed for 1 Undershaft, London's tallest skyscraper by the "thinking developer’s architect" View full entry
