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The integration of bamboo stem ash and fibers in mortar enhances performance, presenting a viable solution for lightweight and sustainable building materials.

Cement plants could miss out on carbon credit revenue due to inaccurate biogenic CO₂ data. ENVEA’s AMESA-B safeguards data ...

The BO-GBRT model accurately predicts compressive strength in self-compacting concrete with recycled aggregates, improving ...

A novel heat transfer model reveals critical factors affecting bacterial survival in self-healing concrete, advancing ...

Research shows Roman concrete's advantages are not inherent; sustainability is linked to energy sources used in its ...

This study reveals a machine learning approach to find lower-carbon cement substitutes, offering a scalable solution to ...

Integrating waste foundry sand with SCMs like metakaolin and silica fume significantly boosts concrete strength and ...

Discover how digital deconstruction is already reshaping construction, using BIM, IoT, AI, and material passports to track, ...

The review highlights HVBSCs' potential in decarbonizing construction, addressing technical challenges and microstructural ...

Iron tailings sand improves concrete properties under cyclic loading, with optimal performance at 30%-40% replacement, enhancing strength and energy absorption.

Smart buildings use advanced technologies to enhance energy efficiency, occupant comfort, and sustainability through automation and real-time data integration.