EarthWorks by MIT uses treated mud for concrete formwork, promoting efficient, low-cost construction and significant ...

Utilizing vegetable fibers in cement composites has huge benefits in construction, improving mechanical strength and ...

Research shows that replacing conventional materials with carbon-storing alternatives could sequester 16 billion tonnes of ...

Researchers developed the LDPM-MicroF model to accurately simulate the fracture behavior of microfiber-reinforced concrete, ...

LTC, a novel concrete incorporating optical fibers, enhances light transmission and mechanical properties, paving the way for ...

A low-carbon geopolymer composite developed from industrial waste shows promise for passive humidity control and energy ...

By leveraging IoT and data analytics, predictive maintenance enhances construction operations, ensuring safety and efficiency ...

Mining the Atmosphere seeks to transform surplus CO2 into concrete, potentially storing vast amounts of carbon and promoting ...

Investigating 15 concrete mixtures, this research identifies optimal formulations for radiation shielding, crucial for ...

This review examines the integration of BIM in Construction Project Management education in Australia, highlighting gaps and ...

Researchers have designed a CNN model that analyzes vibration data for precise detection of beam damage, highlighting advancements in structural health monitoring.

Investigating agricultural film waste as a binder, this study highlights its potential in construction composites and the ...