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The new Tupelo shelters are designed to be easily and strategically combined with additional rigid-walled Tupelo shelters as well as soft tent shelters. [...] the new shelter’s dynamic design can adapt to fit needs in healthcare for treatment and testing, and perhaps in the evolving classroom setting as well. The shelter can be “flat-packed,” meaning the shelter walls can be stacked on top of each other for high-volume, rapid transportation to affected areas. — Composites World
Rhode Island-based Core Composites, a leading company that has built and designed advanced composite-based, rigid-wall shelters for the U.S. military, is working to quickly develop an easily deployable shelter that can be used for COVID-19 testing and treatment, and to aid over-capacity hospitals. View full entry
two-dimensional materials will be the linchpin of the internet of everything. They will be “painted” on bridges and form the sensors to watch for strain and cracks. They will cover windows with transparent layers that become visible only when information is displayed. And if his team’s radio wave-absorber succeeds, it will power those ever-present electronics. Increasingly, the future looks flat. — The New York Times
Amos Zeeberg of The New York Times takes a look at the wide world of super-thin materials, a growing class of substances that have the potential to reshape humanity's technological capabilities. The materials include graphene, an incredibly strong and conductive "2-D form of carbon"... View full entry
workers have gotten sick, and even died, after cutting this engineered stone and breathing in its dangerous dust, public health officials say.
Overseas, some are even calling for a ban on selling engineered quartz for countertops.
— NPR
NPR takes an investigative look at some of the workplace safety issues that have arisen amid explosive growth in the engineered quartz industry over recent decades. The report looks into the incidence of silicosis—a debilitating and progressive lung disease caused when someone... View full entry
Design Topology Lab founder Joseph Choma continues to put his fiberglass hand-folding technique to the test in a new larger scale structure called “Chakrasana”, which is currently on display at Clemson University, where Choma is an architecture professor. Weighing in at only 400 pounds, the... View full entry
In his latest design investigation, Joseph Choma, the founder of Design Topology Lab and an architecture professor at Clemson University, is helping shape up a future for fiberglass being used as a primary building material. Choma has been developing a fabrication technique that allows him to... View full entry
This post is brought to you by Alucobond®The Marine Gateway mixed-use development officially opened this spring in south Vancouver, British Columbia, Canada, as the first major transit-oriented development integrated into Vancouver’s Canada Line rapid transit rail system. It’s also served by... View full entry
This post is brought to you by 3A Composites USA Every company wants to establish a brand on a local, regional, national or even international level. A company strives for an image that is recognizable by potential customers no matter where they are in the world. In fact, the first face-to-face... 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
Glue is the future of architecture. At least that’s how architect Greg Lynn sees it. And he’s not alone. “Mechanical assembly is already waning in many industries,” Lynn says. “An airplane now is glued together. A car now is glued together. Even a lot of appliances are being glued together.” So why not skyscrapers? — New Scientist
Related stories in the Archinect news:Love Letter to Plywood. By Tom SachsMIT researchers have created a new material that stores and releases solar energyUCL researchers present a new kind of self-cleaning nano-engineered window View full entry
MIT researchers have developed a lightweight structure whose tiny blocks can be snapped together much like the bricks of a child’s construction toy. The new material, the researchers say, could revolutionize the assembly of airplanes, spacecraft, and even larger structures, such as dikes and levees. — MIT News Office
Finding 3D printed materials unsuitable for structural applications, this group of researchers has been investigating new ways of building "big things out of small pieces". The configurations proposed are claimed to be much less susceptible to sudden failure, providing redundancy and predictable... View full entry
