CFD simulations are crucial for high-rise architecture, providing insights into airflow, wind loads, and energy efficiency ...

The Ultra-Rapid Reactivity (UR2) test offers a breakthrough in calcined clay assessment, providing results in five minutes ...

Newcastle University researchers developed a mortar with silica aerogel and recycled plastic, enhancing insulation and ...

Research on Houston's tall buildings shows derechos cause unexpected damage, urging a reevaluation of construction guidelines for enhanced wind resistance.

Seismic modeling powered by supercomputing is reshaping infrastructure planning, leading to smarter, more resilient designs ...

This study evaluates PyCaret's role in predicting compressive strength of compressed earth blocks, highlighting key ...

The addition of zeolite and palm fiber to cement soil improves mechanical properties, offering solutions for ...

The partnership, spearheaded by Giles Butler, Branch Director at MKM Derby, will equip MKM customers with the expertise and ...

Research shows cellular lightweight concrete can reduce emissions in seismic shear walls, offering a sustainable solution for ...

Butlr's thermal sensors enhance building safety and efficiency by analyzing movement patterns while ensuring privacy, a key ...

Chemically treated palm tree frond microfibers enhance concrete workability and thermal insulation but may reduce mechanical ...

AI-driven models for predicting concrete compressive strength show promise, with machine learning techniques improving ...