With a focus on the Ninghai Bamboo Tower, this article explores engineered bamboo as a material for multi-story construction.

Structural damage in carbon fiber composites can now be detected and transmitted wirelessly using energy generated by the damage itself. Study: From vibration to information: self-powered crack ...

Researchers have created a “puff pastry-inspired” cement by repeatedly rolling and folding it into thin layers, producing a ...

Drier climates are exacerbating an expensive problem for millions of Australians whose homes sit on expansive soils prone to ...

Findings show that weather conditions play a crucial role in concrete corrosion, calling for a more nuanced approach to ...

This week, at the 2026 IEEE Electronic Components and Technology Conference (ECTC), imec, a world-leading research and innovation hub in advanced semiconductor technologies, and EV Group (EVG), ...

With an operating weight of around 10 tonnes, the WA170M-11 is a versatile machine capable of handling a wide range of jobs, from demanding tasks as a multi-role loader, to performing typical ...

More than 30 leaders from international cities will convene at UNSW Sydney for a global conference focused on creating healthier, more sustainable and equitable urban centers.

Discover how UJ's hemp brick prototype could reduce energy demand and carbon emissions while supporting sustainable rural housing in South Africa.

Steel corrosion remains the primary cause of premature concrete failure, but a new approach using CO 2 may be changing that equation. Study: Effect of CO 2 curing on the performance of the passivation ...

A new study has demonstrated a way to make transparent wood significantly more fire-resistant by incorporating phosphorylated cellulose, offering a safer, sustainable option for smart windows and ...

A new study has used large language models and neural networks to identify and predict the reactivity of over 14,000 potential cementitious materials, offering a scalable approach to discovering ...