Analysis of Near Field Vibration Monitoring in Construction Blasting - NAT2022

Society for Mining, Metallurgy & Exploration
Jim Buckley Robert Cidlik Ryan Sibley Thomas Pallua Joe Schrank Scott G. Giltner
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
8
File Size:
3336 KB
Publication Date:
Dec 1, 2022

Abstract

Because of variation in rock type and site conditions, it is important to create site-specific prediction models for peak particle velocity (PPV) and understand instrumentation mounting locations to better interpret the readings provided following blasting operations. The Atlanta Airport is expanding the section of underground tunnels for its Plane Train people mover, and drill and blast operations were determined to be the suitable method of excavation for the project. Extensive work was done to begin creating prediction models and determining levels of concern based on readings from various types of instrumentation. This paper analyzes the effect of close quarters construction blast vibrations and observed frequency spectrum on existing structures with data from 22 different seismographs mounted in various locations and ground conditions.
Citation

APA: Jim Buckley Robert Cidlik Ryan Sibley Thomas Pallua Joe Schrank Scott G. Giltner  (2022)  Analysis of Near Field Vibration Monitoring in Construction Blasting - NAT2022

MLA: Jim Buckley Robert Cidlik Ryan Sibley Thomas Pallua Joe Schrank Scott G. Giltner Analysis of Near Field Vibration Monitoring in Construction Blasting - NAT2022. Society for Mining, Metallurgy & Exploration, 2022.

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