Supervised machine learning improves predictions of compressive strength in industrial waste-modified concrete, supporting ...

Insulation alone can reduce energy consumption in a typical single-family home built in the 1980s by more than a third: Exterior walls, roofs, floors, and basement ceilings can be insulated, among ...

Investors rushing into brand-new and off-the-plan properties to preserve negative gearing and Capital Gains Tax benefits are ...

Researchers found that replacing up to 5% of Portland cement with eggshell powder may improve mortar strength while ...

Comparing glazed and unglazed TSCs, researchers found glazed TSCs reduced ventilation heating loads by up to 90%, while ...

Researchers compare photovoltaics and green electricity certificates, finding that added solar capacity may offer lower ...

Discover the benefits, construction methods, challenges, and future potential of floating roads as resilient infrastructure ...

When pipeline failures are discussed, the conversation often centers on what happens years after installation: corrosion ...

Australia's push to build 1.2 million new homes is being undermined by a dysfunctional building governance system, the ...

Scientists have used AI and advanced modeling to design greener cement mixes, cutting carbon emissions without sacrificing strength and offering a faster, more efficient route to sustainable ...

A prospective University of Strathclyde spinout is developing a process that turns low-value mineral waste into carbon-negative materials that can replace part of the cement used in construction. The ...

Behind every good AI model is the army of construction contractors who build it. The latest releases from Anthropic or OpenAI might make the headlines, but one of the largest physical infrastructure ...