Research shows that adding nano-inclusions to cement enhances its strength and conductivity, paving the way for innovative, ...

Ettringite-based expansive agents effectively improve the performance of heat-cured self-compacting concrete, offering a cost ...

Shredded composites from recycled wind turbine blades enhance cement-based mortars, improving mechanical performance and ...

Rohbau3D is the first comprehensive 3D point cloud dataset capturing indoor construction environments, enhancing research in ...

Plaster acts as an effective insulating layer for reinforced concrete beams, improving their fire resistance and structural ...

This study presents an advanced model for predicting concrete durability, showing that silica fume and slag can drastically boost concrete durability.

Modular control booths deliver efficient radiation shielding with quick setup and flexibility, ideal for evolving medical ...

Carbonation in recycled aggregates improves concrete durability, reducing environmental impact and supporting the shift towards circular construction models.

Findings indicate that U-shaped ECC in hybrid reinforced concrete beams improves structural behavior, offering long-term durability in challenging environments.

Discover how concrete enhances disaster resilience—from durability and seismic design to climate adaptation and sustainable innovation.

Investigating pretreatment techniques, this research reveals how microstructural improvements can enhance the performance of ...