Non-Traditional Application of Seismo-Acoustics for Non-Traditional Monitoring [Poster]
Date: 4/26/2019
Room: Fifth Avenue
Seismo-acoustic measurements have been shown to be sensitive for detecting, locating and characterizing natural environmental phenomena, animal communications and military activities. There are however other phenomena and activities producing seismo-acoustic signals. For example, the operation of industrial facilities generates mechanical energy that potentially propagates into the air as acoustic and infrasonic waves and/or into the solid earth as seismic waves. The types and intensity of vibrational signals recorded at the sensors vary according to the specifics of the machinery and their relative location with respect to the sensors. Innovative analyses techniques can extract useful information from these signals and help us monitor the machinery or related activities. We welcome submissions on collection and application of seismo-acoustic data and techniques that shed light on non-traditional monitoring of facilities and activities.
Conveners
Monica Maceira, Oak Ridge National Laboratory (maceiram@ornl.gov)
Chengping Chai, Oak Ridge National Laboratory (chaic@ornl.gov)
Omar Marcillo, Los Alamos National Laboratory (omarcillo@lanl.gov)
Poster Presentations
| Participant Role | Details | Action |
|---|---|---|
| Submission | On the Use of Seismo-Acoustic Signatures for Power-Level Classification at an Industrial Facility | View |
| Submission | A New Approach for Lightning Infrasound Detection Using Ground and Balloon-Based Instruments | View |
| Submission | Seismo-Acoustic Responses of Explosions, Mining and Machining in Different Geological Materials: A Parametric Study of Different Emplacements and Different Energy Depositions. | View |
| Submission | Monitoring of Industrial Facilities With Telecom Fiber Optics | View |
| Submission | [Withdrawn] Non-Traditional Application of Seismo-Acoustics for Non-Traditional Monitoring | View |
Non-Traditional Application of Seismo-Acoustics for Non-Traditional Monitoring [Poster]
Description