Dust is the biggest source of construction air pollution. Learn strategies to cut PM10, protect workers, and improve site ...

Research shows carbonated boron mud optimizes magnesium sulfate cement performance, offering a sustainable solution for ...

Fine recycled concrete aggregates, when treated with a crystallizing agent, outperform standard sand in mortar, offering a ...

The study identifies interface conditions and alkalinity as critical to steel corrosion in concrete, challenging traditional ...

A European consortium led by CIRCE has officially launched BIOS MATER, a Horizon Europe project co-funded by the Circular Bio ...

It was found that incorporating plant fibers in the raw earth mortar mix can prevent shrinkage, reduce cracking, and improve ...

Scientists have created living cement with electricity-generating bacteria, enabling self-regenerating supercapacitors for ...

Incorporating 2.5 % scrap aluminum engine residue in foamed concrete significantly boosts compressive strength and thermal ...

Research shows that adding nano-inclusions to cement enhances its strength and conductivity, paving the way for innovative, ...

Ettringite-based expansive agents effectively improve the performance of heat-cured self-compacting concrete, offering a cost ...

Shredded composites from recycled wind turbine blades enhance cement-based mortars, improving mechanical performance and addressing industrial waste concerns.

Plaster acts as an effective insulating layer for reinforced concrete beams, improving their fire resistance and structural ...