This paper deals with an innovation in the area of embankment safety monitoring systems, namely the use of optical fibres and discrete borehole sensors for full-time monitoring of seepages based on the measurement of temperature, potentially including stress changes in the body of the embankment as well. The paper describes the investigation using the Geophysical Monitoring System (GMS) undertaken by the VODNI ZDROJE Company under the EUREKA project STAMFOR in 2014 followed by the presentation of the strategy of pilot sensors application on various sites in the Czech Republic and abroad planned to be carried out in 2015
To guarantee safety during the operational phase of a final repository sensing systems for monitorin...
[Departement_IRSTEA]Eaux [TR1_IRSTEA]RIVAGE [ADD1_IRSTEA]Hydrosystèmes et risques naturelsInternatio...
In order to learn about the phenomena occurring in flood embankment under the influence of external ...
Despite the great development of geotechnical and hydraulic engineering in the last years, still the...
The article presents the possibilities of ISMOP – IT System of Levee Monitoring. This system is able...
AbstractBoth the changes in temperature and strain during the process are used to reveal serious see...
River embankments stability is a key aspect in geohazard assessment and underestimating its failure ...
The development of innovative monitoring systems to mitigate the risk associated to river levee fail...
International audienceThe main aim of this paper is to detect and fully evaluate the leakage potenti...
The article presents an example of supplementing geotechnical monitoring with geodetic observations....
A method for seepage and settlement monitoring in earth embankment dams using fully distributed sens...
The European FloodProBE (www.floodprobe.eu) and UrbanFlood (www.urbanflood.eu) projects started in ...
During a flood event river dykes are subject to a temporally limited hydraulic load. As a result, tr...
More than 500,000 km of embankment are used in Europe for transport and flood defence, representing ...
This paper presents two types of control and measurement networks used in the levee built as part of...
To guarantee safety during the operational phase of a final repository sensing systems for monitorin...
[Departement_IRSTEA]Eaux [TR1_IRSTEA]RIVAGE [ADD1_IRSTEA]Hydrosystèmes et risques naturelsInternatio...
In order to learn about the phenomena occurring in flood embankment under the influence of external ...
Despite the great development of geotechnical and hydraulic engineering in the last years, still the...
The article presents the possibilities of ISMOP – IT System of Levee Monitoring. This system is able...
AbstractBoth the changes in temperature and strain during the process are used to reveal serious see...
River embankments stability is a key aspect in geohazard assessment and underestimating its failure ...
The development of innovative monitoring systems to mitigate the risk associated to river levee fail...
International audienceThe main aim of this paper is to detect and fully evaluate the leakage potenti...
The article presents an example of supplementing geotechnical monitoring with geodetic observations....
A method for seepage and settlement monitoring in earth embankment dams using fully distributed sens...
The European FloodProBE (www.floodprobe.eu) and UrbanFlood (www.urbanflood.eu) projects started in ...
During a flood event river dykes are subject to a temporally limited hydraulic load. As a result, tr...
More than 500,000 km of embankment are used in Europe for transport and flood defence, representing ...
This paper presents two types of control and measurement networks used in the levee built as part of...
To guarantee safety during the operational phase of a final repository sensing systems for monitorin...
[Departement_IRSTEA]Eaux [TR1_IRSTEA]RIVAGE [ADD1_IRSTEA]Hydrosystèmes et risques naturelsInternatio...
In order to learn about the phenomena occurring in flood embankment under the influence of external ...