Why are engineers turning to high-performance concrete? Discover the innovations driving stronger, more resilient structures ...

Recent study reveals machine learning's potential in predicting the strength of carbonated recycled concrete, paving the way ...

The MIT HAUS team is pioneering 3D-printed floor trusses from recycled plastic, aiming to revolutionize sustainable ...

An interdisciplinary team of Cornell researchers is working on a method to apply 3D printing in oceanic environments.

With the New Year home moving season in full flow, new consumer insights research from Switch Together reveals that buyers ...

Building regulations require wall and ceiling shielding to control radiation exposure in healthcare and diagnostic spaces.

The use of paper mill sludge ash in geocrete optimizes performance, demonstrating a viable approach to sustainable construction and industrial waste management.

Researchers developed a high-resolution 3D ultrasonic imaging system for concrete, adapting to various structures for effective nondestructive testing.

Innovative biochar-infused phase-change materials show significant improvements in thermal conductivity and energy storage, advancing sustainable construction.

Nanosilver-modified concrete enhances flood resilience, combining antimicrobial properties with bio-based plasticizers for durable, sustainable infrastructure.

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 ...

Building truly radiation safe healthcare rooms means addressing real world exposure risks through thoughtful design and ...