Posted By: FOSA Staff
Tue Jun 15th, 2021
"Repeatability precision error analysis of the distributed fiber optic strain monitoring" is the result of collaborative work between CSIC and UC Berkeley. It focuses on the precision error of distributed fiber optic sensor (DFOS)
Posted By: FOSA Staff
Tue Jun 15th, 2021
California Energy Commission has invested resources in finding innovative ways to monitor future offshore wind infrastructure and its impacts on the environment. A project led by LBNL is looking at if distributed fiber optic sensing (DFOS)
Posted By: FOSA Staff
Tue Jun 15th, 2021
DFOS technologies are evaluated and compared for their ability to monitor the dynamic structural behavior of a model wind turbine tower subject to free and forced vibration. They are further tested for their ability to detect structural phenomena associated with loose bolts and material damage
Posted By: FOSA Staff
Mon May 17th, 2021
water for 1.4 million people…on the eastern side of the San Francisco Bay, operating more than 4,000 miles of water pipelines in one of the most seismically active places in North America….Until now, there’s been no way for EBMUD to monitor its underground network of pipelines
Posted By: FOSA Staff
Mon Apr 12th, 2021
Researchers at SRG have been working…to develop a monitoring system for the most critical pipes….The monitoring system is made up of a UC Berkeley-developed distributed fiber optic strain sensor
