A new study reveals that gold ore tailings and recycled aggregates can be used to produce durable geopolymer concrete, ...

Montana State University researchers develop innovative building materials from fungus mycelium and bacteria, aiming to ...

A study reveals low-cost window retrofits significantly enhance energy efficiency in aging homes, reducing heating energy use ...

Integrating ground drones with BIM analysis, this research improves construction site audits by accurately detecting ...

Explore how AI is reshaping construction management through smarter scheduling, risk mitigation, and project delivery—backed by real-world results.

When vehicle tunnels are constructed through rock, the roof and walls are sprayed with concrete to create an even surface layer and prevent stones from loosening and falling onto the road. When the ...

The fusion of BIM and SHM in the Fu River butterfly arch bridge project offers a novel approach to real-time structural health monitoring and damage assessment.

A recent study published in Engineering examined the behavior of reinforced concrete beams supported with Ultra-High-Performance Concrete (UHPC) and Carbon Fiber Reinforced Polymer (CFRP) under ...

A new study introduces a cement-based material that is lightweight, low-carbon, and exceptionally tough—drawing inspiration from nature’s porous structures. Study: Nature-inspired hierarchical ...

A recent review article in Engineering examines vacuum glazing, a technique that can improve building energy efficiency. As buildings account for around 40 % of total energy consumption, improving the ...

A new study published in Scientific Reports shows that recycled concrete powder (RCP), clay brick powder (CBP), and volcanic pumice powder (VPP) can improve the strength and durability of geopolymer ...