This article proposes a framework for analyzing construction waste characteristics and economic benefits, enhancing ...

Cutting-edge technologies in construction are enhancing safety and efficiency, with innovations like BIM and digital twins ...

The new framework addresses sustainability challenges, enhancing urban development through effective partnerships and ...

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 ...

Researchers have designed a CNN model that analyzes vibration data for precise detection of beam damage, highlighting ...

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

A recent study has examined the potential of building materials to store carbon dioxide (CO 2) on a large scale. Study: Building materials could store more than 16 billion tonnes of CO 2 annually.

Controlling indoor humidity is essential for comfortable, healthy living spaces. Typically, buildings rely on energy-hungry systems like dehumidifiers or humidifiers to get the job done. While ...

The new Empa initiative, Mining the Atmosphere, aims to capture excess atmospheric CO₂ and store it in construction materials such as concrete. Concrete could store considerable amounts of CO 2 if ...

Predictive maintenance is reshaping industries worldwide, and the construction sector is embracing its potential. By leveraging advanced technologies to foresee equipment failures before they occur, ...