Innovative Real-Time Crack Detection Technology for Cross-Sea Bridges ——New Achievements in the Intelligent Maintenance of the Hong Kong-Zhuhai-Macao Bridge

A study introduces an AI-powered attention-based model for the rapid detection of structural cracks in cross-sea bridges, significantly improving the accuracy and efficiency of maintenance operations. This development offers a fresh approach for ensuring the safety and service life of critical infrastructure.

“It’s our job to make the necessary changes to keep this from happening again,” said Virginia Tech structural engineer Roberto Leon.

Bridge infrastructure and safety: Roberto Leon Questions are being raised concerning U.S. infrastructure in the aftermath of the bridge collapse in Baltimore. Virginia Tech structural engineering expert Roberto Leon said that, given the ship’s weight, it struck the bridge’s support…

Researcher says technology exists to minimize effects vessel collisions have on bridges

A West Virginia University civil engineer sees extensive recovery and rebuilding ahead following the Tuesday (March 26) collapse of the Francis Scott Key Bridge in Baltimore due to a barge collision. Hota GangaRao, Wadsworth Professor and director of the Constructed Facilities Center in the WVU…