How could robots build on the Moon? Discover advances in autonomous lunar construction, robotic coordination, regolith ...

Optimized AI models could help estimate concrete compressive strength in wastewater environments and support future ...

What if the energy powering your home or office could be generated, stored, and used all in the same place? This is the hope ...

Discover how material passports, BIM, and digital product data could help transform old buildings into valuable sources of ...

Pfannenberg, Inc., a global leader in thermal management and signaling technologies, announces updates to its Green Series enclosure cooling unit portfolio.

Bio-enhanced lightweight concrete showed bacteria-associated mineral deposition and improved mechanical recovery, ...

Every time a tree trunk is sawn, it creates sawdust. Millions of tonnes of sawdust are produced every year worldwide, with most of it is burned to generate energy. This releases the carbon dioxide ...

Researchers have developed an AI-driven method to design stronger, lower-carbon concrete by combining metakaolin with advanced predictive modeling. Study: AI-driven sustainable strength prediction and ...

Drier climates are exacerbating an expensive problem for millions of Australians whose homes sit on expansive soils prone to shrinkage cracks, which have already cost insurance companies and ...

A carefully optimized dose of basalt fibers could make steel slag-based foamed concrete stronger and far more resistant to freeze–thaw damage, according to new research. Study: Experimental and ...

MIT researchers have developed a machine learning framework that can identify sustainable natural and industrial materials to partially replace cement, offering a scalable path to significantly reduce ...

Why AI and Why Now? AI’s growing role in construction is no accident. The rise of computing power and access to massive volumes of unstructured, internet-based data has opened up new possibilities for ...