Standard Practice for Use of Distributed Optical Fiber Sensing Systems (DOFSS) for ©
ASTM F3079-14(2020)
Guidance, definitions, and good practice for instrumentation design, fiber selection is outlined.
Both embedded and surface-attached fiber optic strain sensor deployment are included.
“This practice specifically addresses the means and methods for the use of distributed optical fiber sensors for monitoring ground movements during tunnel and utility construction and its impact on existing utilities…”
ASME standard available for purchase
fibrisTerre is here to make it easy for you.
Bring us your questions regarding distributed fiber optic sensing for detecting strain during construction, so that we can help you plan the project.
fibrisTerre is presenting “Distributed Brillouin Strain and Temperature Sensing in Underground Structures” at the
EAGE Workshop on Distributed Fibre Optic Sensing, part of the Second EAGE Geoscience Technologies and Applications Conference, in London and online from 4-6 April 2022.
The conference will address “ the use of integrated geoscience solutions and technologies in a wide range of subsurface, reservoir and production challenges. EAGE GeoTech 2022 will bring together leading experts in geoscience, reservoir engineering, drilling and data science to tackle some of the major challenges facing the industry.”
“Workshop Overview:
Distributed fibre optic sensing technology has emerged as a powerful tool for continuous, high-temporal and spatial resolution mapping of the subsurface. The sensing technology is capable of high precision measurements of acoustic, strain and temperature energy distributions along the entire length of the optical fibre. This facilitates a cost-effective large-scale monitoring capability for a wide variety of novel subsurface applications over a single optical fibre installation. “
During the 10th International Conference on Structural Health Monitoring of Intelligent Infrastructure -June 30-July 2 (online)
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“The International Day of Light (IDL) is an annual, global initiative that provides a focal point for the continued appreciation of light. IDL aims to raise awareness of the critical role light-based technologies play in our lives, elevating science, technology, art, and culture to help achieve the goals of UNESCO – education, equality, and peace.” (SPIE)
You can participate, for example, by entering the SPIE photographic competition
As photonics is at the core of our business, fibrisTerre is deeply appreciative of light in all its forms.
Read about fibrisTerre’s technology
Read the case study to find out how fiber optic strain and temperature sensing was deployed in a large earth retaining structure which formed part of a landfill construction.
Conventional geodetic techniques, a total station and bi-reflex targets measured the structure’s surface displacement. Fiber optic distributed sensing provided insight into the structure’s internal strain evolution. Thanks to an extended measurement campaign, when a strain event happened five years after the work began, the alarm was raised, indicating the area of strain.
The monitoring project integration was carried out by Engineering Geodesy and Measurement Systems, Graz University of Technology.
Looking to monitor a similar structure? Contact us
“Ageing structures and infrastructures in hazardous environment” was the theme for the International Society for Structural Health Monitoring of Intelligent Infrastructure workshop in 2021.
In the Geotechnics section, fibrisTerre presented:
“Distributed fiber-optic strain sensing: Field applications in pile foundations and concrete beams.”
Where would you expect to see strain during a borehole casing installation?
Deploying continuous sensing into a 550 m borehole gave an insight into strain and temperature development during the first year, and was the subject of fibrisTerre’s keynote at
European Association of Geoscientists and Engineers EAGE Keynote for the Workshop on Distributed Fibre Optic Sensing and geomechanics.
Monitoring of the structural integrity of the Deep Tunnel Sewerage System (DTSS). Singapore’s used water underground infrastructure to be monitored with Distributed Fiber Optic Sensing (DFOS) technology by fibrisTerre.
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Fiber optic strain sensing appears in the ‘Specification, requirements and guidance notes’ of ‘ICE Specification for Piling and Embedded Retaining Walls,’ published by the Institute of Civil Engineers. Guidance for both embedded and surface-attached fiber optic strain sensors is included.
fibrisTerre is here to make it easy for you. Bring us your questions regarding distributed fiber optic sensing for detecting strain during piling, so that we can help you plan the project.
ICE Specification for Piling and Embedded Retaining Walls
Institution of Civil Engineers
Default Book Series. January 2016
fibrisTerre presents its latest-generation system for distributed fiber-optic strain and temperature monitoring
Please contact our sales team for details of the technology and project applications
