This article explores innovative methods of incorporating carbon dioxide into cement production, discussing various carbonation processes to reduce emissions and enhance concrete durability. The ...

Researchers have developed an AI-based framework utilizing OpenAI's ChatGPT and Google's Bard to assess the integration of ...

This study explores the use of waste marble dust, granite dust, and nano-alumina as additives in ordinary concrete to enhance ...

This study employs a YOLOv8 Dynamic Plus deep learning model to detect surface diseases in concrete bridges. By analyzing ...

This study introduces the DT4SEM (Digital Twin for seismic and energetical monitoring) approach, which integrates smart ...

A recent article published in Buildings leveraged natural language processing (NLP) and knowledge graph (KG) modeling techniques to recommend a framework for construction safety guidelines.

An innovation developed at RMIT University has been used for the first time in a major infrastructure project, being laid ...

Hempcrete, a bio-based material made from hemp shiv, lime, and water, is emerging as a sustainable alternative to ...

Stanford researchers developed a low-carbon concrete flooring mix that improves hygiene in rural homes by reducing disease ...