Determining Tunnel Clearance by Automating 3D Mobile Laser Profile Data - NAT2024

Society for Mining, Metallurgy & Exploration
Ali Hafiz Kaz Tabrizi Joseph Rigney Kevin Ruston James Dorta Chris Blanchard Mike Keville Rich McCafferty
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
9
File Size:
583 KB
Publication Date:
Jun 23, 2024

Abstract

Many existing tunnels have deteriorated as they age, requiring a massive amount of investment for their rehabilitation. The tunnel of interest in this paper is being rehabilitated by adding precast concrete arch panels under the existing concrete ceiling, and measuring the gap between them was the objective of this research. For this purpose, a mobile 3D laser/thermal scanner was used for scanning the tunnel, especially for the purpose of measuring its profile. To calculate the gap, the distance between the tunnel profile and the theoretical profile of the concrete arches was measured. Additionally, an in-house program was developed using MATLAB to automate the data processing to determine the above-referenced gaps. Results were provided in the form of heat maps showing the measured gap.
Citation

APA: Ali Hafiz Kaz Tabrizi Joseph Rigney Kevin Ruston James Dorta Chris Blanchard Mike Keville Rich McCafferty  (2024)  Determining Tunnel Clearance by Automating 3D Mobile Laser Profile Data - NAT2024

MLA: Ali Hafiz Kaz Tabrizi Joseph Rigney Kevin Ruston James Dorta Chris Blanchard Mike Keville Rich McCafferty Determining Tunnel Clearance by Automating 3D Mobile Laser Profile Data - NAT2024. Society for Mining, Metallurgy & Exploration, 2024.

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