Embankment Dams | Silixa Ltd.
Using Silixa''s intelligent Distributed Acoustic Sensor (iDAS™), complementary acoustic measurements can

Using Silixa''s intelligent Distributed Acoustic Sensor (iDAS™), complementary acoustic measurements can
This study aimed to experimentally understand the seepage mechanism in levees and evaluate the
Two methods are employed for seepage detection with DFOS: the passive gradient method, relying on temperature
Dam Monitoring Systems XSeepT™, from HydroResearch, is a high-precision distributed fibre optic sensing-based seepage Dam
Optical fiber sensors can be used advantageously for monitoring dams and levees and to detect and localize damage
Here, continuous monitoring of seepage at the laboratory-scale is achieved by a passive optical fiber Distributed
In geotechnical engineering seepage of diaphragm walls is an important issue which may cause engineering
A line heat source-based distributed optical fiber method obtaining the thermal conductivity in porous medium is
Therefore, this paper discusses the optical fiber temperature measurements and seepage
On this basis, the system of monitoring seepage based on distributed optical fibers is put forward and designed.
The practical model monitoring seepage velocity of soil-concrete joint in dike engineering is built. Lastly, considering the
An efficient DTS application in seepage monitoring strongly depends on the following factors: installation approach,
Silixa provides a high-precision distributed fibre optic sensing-based seepage monitoring system that
Hidden water intrusion – whether from a leaking pipe behind a wall, a small crack in a
The theoretical analysis and physical experiment on seepage behavior identification with distributed optical fiber
Protect CUI with Distributed Acoustic Sensing technology, enabling real-time acoustic monitoring & threat
Abstract: This study aimed to experimentally understand the seepage mechanism in levees and evaluate the applicability of an
The paper presents the main results of these installations and discusses the potentialities and the limitations of this relatively new
Silixa''s continuous and remote fibre optic sensing-based hydropower dam monitoring solution can prevent
Combined with linear optical fiber monitoring seepage method, BLICM is applied in an engineering case, which shows
Several methods have been developed to interpret the temperature data for the localization of the seepage and in
Finally, a distributed optical fiber layout scheme suitable for contact seepage monitoring was proposed based on the
Develop a DTS-based method monitoring seepage velocity, and then establish the theoretical model identifying
Seepage is the major factor and monitoring index of levee safety. Leakage may be undetected by conventional
HydroResearch and Silixa are developing additional measurement techniques based on the same optical fibre cable to
Recent experimental investigations have demonstrated the efficacy of distributed temperature sensing (DTS) with optical-fibre cables
The temperature distribution law of the seepage section verifies the feasibility of the application of heatable
AI Seepage monitoring is crucial as it causes half of all dam failures; early detection is vital. Optical Fiber Distributed Temperature
A unique DFO (distributed fiber optical) sensor has been developed to measure total and interstitial pore
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