Collaborate Disseminate
Concrete is one of the world’s most commonly used materials, and unfortunately its production is a major source of carbon dioxide in the atmosphere. Now, engineers at Purdue University have developed a new cement recipe that can absorb CO2 twice as fas… Continue reading New concrete recipe improves its carbon capture efficiency
Scientists at Australia’s RMIT University are continually coming up with ways to work recovered waste items into high-performing road materials, including cigarette butts, discarded tires and building rubble. Their latest effort has a certain relevance… Continue reading Scientists engineer stronger road material using recycled face masks
Homes in different parts of the world used to look different from each other out of necessity, built to optimize for the challenges and benefits of local climate. When residential climate control systems became commonplace that changed. Where a home in tropical south Florida once required very different building methods …read more
Continue reading The Ground Beneath Your Feet: SuperAdobe Construction
We’ve been following the progress of the Hadrian X bricklaying robot since it first started flexing its giant telescopic arm back in 2015, and have seen the team behind it make a few notable improvements since. We are now seeing what this type of machi… Continue reading Hadrian X bricklaying robot puts up its first walls
Ordinarily, when you’re cutting lengths of a material, you measure each piece with a tape measure then mark the cut point with a pencil before sawing. With the new M1 Caliber tool, however, neither of those tasks are necessary.Continue ReadingCategory:… Continue reading M1 Caliber takes the tape measure and pencil out of sawing
Australian scientists have created a new kind of rubber polymer that could make for more sustainable building materials. This versatile new material can be used on its own like regular rubber, or mixed with filler materials to create brand new composit… Continue reading “Green” recyclable rubber gives new life to single-use building materials
It’s a frustrating fact that whenever you try to improve materials like steel, you end up introducing new weaknesses at the same time. It’s a balancing act between different properties. Now, engineers have developed a new type of “super steel” that def… Continue reading “Super steel” breakthrough makes for stronger and tougher alloy
Concrete is the world’s most widely-used building material thanks to its incredible strength – but it doesn’t stand up well against bending. Now, researchers at Swinburne University have developed a new type of concrete that can not only bend better, b… Continue reading Bendable concrete goes cement-free to cut environmental footprint
When it comes to building materials, wood doesn’t always draw the most attention as the strongest in the bunch. That honor usually goes to concrete and steel – steel embedded in concrete provides support and a foundation for tall buildings, while concrete increases tensile strength and can be formed into …read more
Continue reading Advanced Timber Architecture Gives New Life to Wooden Structures
Construction is often a labor-intensive task, particularly in the developing world where access to electricity and machinery can be limited. As always, robots promise to help ease the burden. [Nishant Agarwal] is working on just such a project, known as ALEKYA.
The aim of ALKEYA is to make construction easier …read more