FTIR spectrometry is essential for detecting harmful substances in building materials, facilitating safer construction and ...

A study utilizes large language models to predict reactivity in 14,000 cementitious materials, advancing low-carbon clinker substitutes for sustainable cement.

Innovative microbial coatings from Graz University of Technology transform façades into living systems, offering ...

This research highlights MDCGM, a magnetically driven grouting material that optimizes underwater crack repair with enhanced ...

RMIT engineers have developed a method to convert low-grade clay into a cement supplement, enhancing sustainability in ...

Penn State researchers are developing innovative materials that cool their surroundings under stress, potentially ...

The development of a geopolymer solidifier from waste materials offers a sustainable solution for construction, reducing ...

Researchers used machine learning and life cycle assessment to evaluate the carbon emissions of magnesium silicate hydrate ...

Ginger and ornamental rock waste enhance cement mortars, providing a sustainable solution to microbial growth and improving ...

A study reveals machine learning algorithms can predict compressive strength in concrete with waste glass powder, enhancing ...

Explore how life cycle assessment (LCA) tools help architects evaluate and reduce a building’s environmental impact using ...

This study presents a precise method for monitoring shear crack development in concrete using acoustic emission analysis ...