Researchers show that adding biochar from agricultural waste to ultra-high-performance concrete (UHPC) can improve strength, ...

This study reveals how Parthenium biomass in brick manufacturing improves porosity and reduces emissions, offering an ...

Innovative microbial technology allows for autonomous 3D printing on Mars, using Martian materials to create sustainable ...

Innovative AI techniques in cement formulation lead to eco-friendly mixes, significantly cutting emissions and improving ...

Nano-engineered cement composites with TiO2 and calcium carbonate show improved mechanical properties and self-cleaning capabilities, promoting sustainability.

An ambitious housing project led by the University of South Australia, the SA Government and industry partners is making ...

Understanding fireproof vs. fire-retardant cladding is essential for architectural design, impacting safety, compliance, and ...

This study aims to bridge that gap by focusing on practical, low-cost retrofit solutions for homes over 30 years old—particularly those occupied by low-income residents. It evaluates how simple window ...

The review explores various aspects of vacuum glazing, including fabrication procedures, support pillar layouts, composite constructions, research methods, and energy efficiency. The three main ...

Engineers from Montana State University have developed a new building material made from fungus mycelium and bacterial cells. Their research shows that this low-temperature, living-cell-based material ...

A recent article in Materials takes a closer look at vegetable fibers (VFs) in cement composites, offering an interesting bibliometric analysis. The study breaks down how these fibers are being used ...