It’s well known by now that horizontal unloading systems offer an alternative to tipping trailers—an alternative that ...

This study reveals aluminum dross improves long-term durability of cement mortars in acidic environments, supporting ...

The framework assesses electronic waste and recycled concrete, demonstrating their viability in construction while minimizing ...

Innovative aerodynamic design in skyscrapers enhances structural stability, allowing for intentional flexibility to withstand ...

Precast concrete infrastructure, including manholes, vaults, chambers, and box culverts, forms the backbone of modern utility ...

Incorporating glass fiber powder from wind turbine blades into hybrid cements improves strength and durability, promoting ...

Understanding early-stage creep in tunnel concrete through multiscale analysis improves long-term predictions and enhances ...

Vortex shedding transforms bridges into musical instruments, with implications for aerodynamic behavior and innovative design ...

Tests suggest a hybrid binder made with fly ash, slag, coir biomass ash, and graphene can cut embodied carbon by nearly 45 % while improving strength and durability. Study: Data-driven optimization of ...

Optimized glazing systems enhance building energy efficiency, lowering cooling energy demand and carbon emissions by over 50% ...

GBP K.K. has launched a new Mechanical Inline Connector for the Japanese market, designed to enable direct inline connection between copper and aluminum conductors without the use of a terminal block.

Graphene oxide–modified nano-concrete significantly improves strength retention and resists sulfuric acid degradation. Microstructural densification reduces porosity and cracking, enabling durable, ...