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 ...

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.

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

MIT researchers have developed a machine learning framework that can identify sustainable natural and industrial materials to partially replace cement, offering a scalable path to significantly reduce ...

The evolution of the KEITH® WALKING FLOOR® unloader began more than 60 years ago, when Keith Foster created specialized ...

In the construction industry, adhering to evolving regulations is not just a legal requirement—it is a safeguard for workers, clients, and projects alike. These regulations, from international and ...

Researchers develop an optimized concrete blend using palm ash and jute fiber that cuts carbon emissions while increasing strength. Study: Synergistic effects and optimization of palm oil fuel ash and ...

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