Material choice, structural behavior, and construction methods are all driven by performance under stress, not just efficiency or cost. The result is a field that sits at the intersection of ...

A new study examines the strength, thermal response, microstructure, and cradle-to-site environmental impacts of pumice-based ...

Researchers at Birmingham City University (BCU) have developed new automation tools that could make construction projects ...

Microbial treatment of recycled aggregates enhances concrete performance, promoting self-healing and sustainability in marine ...

Research involving more than 500 legal, financial, banking and property professionals finds 78% expect property values to ...

Permafrost construction demands careful planning and specialized methods to preserve frozen conditions and ensure structural ...

Cleantech innovator NxLite™ today announced the commercial launch of NxLite L80, the industry's first low-emissivity (low-E) sputter coating that can be applied to polycarbonate and acrylic sheets.

The ABS today released its national, state and territory population data for the 2025 calendar year, covering births, deaths ...

A real-world smart office study shows how neural network lighting control can reduce energy use and support adaptive building ...

In a new study, scientists have developed a living building material using fungal mycelium that can mineralize itself or be mineralized by bacteria, offering a potentially self-healing, sustainable ...

Concrete has limitations, however, which can hinder its durability and useable lifetime. Mainly, its lower flexural and tensile strength and brittleness can cause structures to fail without warning ...

Steel corrosion remains the primary cause of premature concrete failure, but a new approach using CO 2 may be changing that equation. Study: Effect of CO 2 curing on ...