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Description

Bridge inspection activities using robotic sensing system are surging in the recent years due to the increasing demand of infrastructure maintenance and development of commercial drones and open-source robotic platforms. On the other hand, the data acquired through bridge inspection is also booming, which stimulated the application of machine learning in infrastructure.

At INSPIRE UTC of Missouri University of Science and Technology, bridge inspection equipment’s are being developed and tested for comprehensive data collection using multiple sensing technologies. This paper presents and evaluates the drone-carried sensors’ abilities and applications after 3 bridge inspections in Missouri in 2021 and sketches the future inspection plans and database construction.

Presentation Date

10 Aug 2021, 12:40-12:50 pm

Meeting Name

INSPIRE-UTC 2021 Annual Meeting

Department(s)

Civil, Architectural and Environmental Engineering

Comments

Financial support for this study was provided in part by Missouri Department of Transportation TR202004 and FHWA pooled fund TPF-5(395), S064101S under the auspices of the Center for Transportation Infrastructure and Safety at Missouri S&T.

Third Place Award in recognition of outstanding achievement in the 2021 Annual Meeting Graduate Student Poster Competition sponsored by INSPIRE University Transportation Center

Document Type

Poster

Document Version

Final Version

File Type

text

Language(s)

English

portrait of presenter

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Aug 10th, 12:40 PM Aug 10th, 12:50 PM

INSPIRE UTC Bridge Inspection Field Campaign Update, 2021

Bridge inspection activities using robotic sensing system are surging in the recent years due to the increasing demand of infrastructure maintenance and development of commercial drones and open-source robotic platforms. On the other hand, the data acquired through bridge inspection is also booming, which stimulated the application of machine learning in infrastructure.

At INSPIRE UTC of Missouri University of Science and Technology, bridge inspection equipment’s are being developed and tested for comprehensive data collection using multiple sensing technologies. This paper presents and evaluates the drone-carried sensors’ abilities and applications after 3 bridge inspections in Missouri in 2021 and sketches the future inspection plans and database construction.