An ANN model accurately predicts chloride penetration resistance in recycled aggregate concrete, supporting data-driven ...

Explore how modern launch pads are built at Cape Canaveral and Kourou, from deep concrete foundations to reusable-rocket ...

New ring shear tests reveal how concrete–cement soil composite pile interfaces transfer shear loads, supporting improved ...

Using holograms and real-time force analysis, researchers show how AR can transform how we inspect, preserve, and protect ancient structures like Lausanne Cathedral. Study: Augmented Reality for ...

Material science plays a fundamental role in building design. From solid foundations like validating mechanical properties to lofty ambitions like developing a sustainable future for the construction ...

MMC represent a broad spectrum of building techniques and products aimed at improving efficiency, quality, and sustainability in construction. By shifting much of the building process off-site, MMC ...

The construction industry is not only pivotal to global economic growth but also instrumental in shaping the infrastructure that supports modern society. However, despite its essential role, ...

A single application of ‘smart’ self-repairing coating is being developed to dramatically extend rust protection for ...

With a focus on the Ninghai Bamboo Tower, this article explores engineered bamboo as a material for multi-story construction.

Study: Use of engineered pellets containing E-cigarette butts and a recycling agent for stone mastic asphalt mixtures incorporating recycled asphalt. Image Credit ...

Graphene oxide nanocoatings could offer a practical, low-dose way to address the durability limitations that have long restricted the use of recycled construction materials. Study: Performance ...

Designing earthquake-resistant buildings requires a deep understanding of how seismic waves interact with various materials, foundation types, and structural systems. Traditional seismic risk ...