MIT's insights on materials circularity highlight the need for sustainable practices in construction, prioritizing longevity ...

Innovative hybrid geopolymer concrete combines recycled materials, achieving superior strength and heat resistance while ...

Why do marine structures fail early, and what can we build with instead? Explore how engineers are rethinking materials in ...

Researchers have found that mixing jute fibers with bacteria can make concrete stronger and more durable—offering a greener, ...

Get ahead of 2026 with a global construction outlook covering growth forecasts, regional trends, and sector opportunities to ...

Analysis presented in early December suggests timber-based insulation can match the acoustic performance of steel or concrete, while generating much lower manufacturing emissions. Presented at the ...

Snow and ice take a heavy toll on paved surfaces, causing frost heaves and potholes that not only endanger drivers and pedestrians but are also expensive to repair. In search of a more resilient and ...

A recent study proposes a surprising ally in the effort to build human habitats on Mars: bacteria. According to researchers, certain microbes could not only help construct shelters using Martian soil ...

New research highlights how modified biochar can reduce emissions and enhance strength in next-generation cement composites. The study was published in Biochar X. Study: Investigation of the CO2 ...

A new IoT-ANN framework provides civil engineers with a real-time, non-destructive method for monitoring concrete strength, reducing waste, accelerating timelines, and building smarter from the outset ...

A recent study has shown that adding a small amount of zinc peroxide nanoparticles (ZP-NP) can significantly enhance the strength, density, and durability of lightweight foamed concrete. Study: ...