Research highlights the use of machine learning to assess compressive strength in concrete reinforced with steel fibers, ...

Innovative steel fiber-reinforced polymer composite bars integrate fiber optic sensing, enabling real-time health monitoring ...

This study reveals how particle packing models in fiber-reinforced concrete reduce environmental impact while maintaining ...

This study presents a self-sensing composite bar that integrates damage assessment and monitoring, improving safety and ...

Vacuum glazing technology significantly improves thermal insulation and energy efficiency in buildings, balancing ...

Investigating the recycling of infra-lightweight concrete, this study shows how RLCAs can produce RILC, aligning with circular economy and CO2 absorption goals.

Smart buildings use advanced technologies to enhance energy efficiency, occupant comfort, and sustainability through ...

The study summarizes key technologies in construction robotics for extreme environments, focusing on efficiency, safety, and autonomous operation challenges.

A novel approach combining BIM and BEM improves energy simulations, addressing interoperability challenges and enhancing design efficiency in building projects.

This study presents a self-sensing composite bar that integrates damage assessment and monitoring, improving safety and durability in reinforced structures. Research shows goat hair as a natural fiber ...

RMIT University’s coffee concrete innovators have won an award at Universities Australia’s Shaping Australia Awards in the Problem Solver category, after tallying the most votes from the public.