Insights from a study on 3D-printed concrete columns with GFRP reinforcement reveal challenges and advancements in structural design and automated construction.

The study demonstrates machine learning's role in predicting compressive strength of rice husk ash concrete, aiding the shift ...

New research finds that rock wool sandwich panels boost fire resistance in modular steel columns from 12 to 102 minutes, ...

Nano-titanium dioxide enhances M40 concrete, improving strength and durability while offering economic benefits, crucial for ...

Concrete calculators improve cost control, reduce material waste, and support sustainable construction—an essential tool for ...

Researchers enhance 3D printed concrete with agricultural waste fibers, improving sustainability and mechanical properties ...

Researchers at Shibaura Institute of Technology have introduced a new circulating mixing technique, which promises safer ...

Holcim UK has successfully demonstrated a new low-carbon cement formulation made partly from recycled concrete fines (RCF), ...

Research shows that chemically modified groundnut shell fibers enhance concrete's durability and blast resistance, paving the ...

The creation of green polymer composites from waste materials offers a practical solution to construction challenges and ...

Optimizing boron nitride and titanium dioxide in foamed concrete leads to superior strength, durability, and thermal ...

Wearable technology is becoming standard on construction sites, driving a $5B market focused on safety, real-time data, and ...