! ! ! Current Restrictions due to Corona Crisis ! ! !
The actual on-site activities, such as building of stations or drilling of wells have been postponed due to the Corona crisis. We are in permanent contact with our Georgian partners and now focus on the other activities such as modelling and analysis of the already compiled data.
Activity Overview
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2019 |
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2020 |
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| 2021 | Field Trip April |
Recent Activities and Results from the Different Working Groups
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Stress and Pressure Compilation
Geomechanic investigation of water level induced pore pressure and stress. >>Read more |
Regional Deformation Monitoring
Monitoring of Regional deformation by PS InSAR and GPS/GNSS campaigns.>>Read more |
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Plan of seismic station locations based on October field trip. |
Local Structural Monitoring with GB-SAR and Low Cost Monitoring Tool
Dam monitoring with ground based SAR (shown in position of observation point West). >>Read more |
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Sedimentation and Sediment Characterization
Identification of sedimentary layers and investigation of sediment properties. >>Read more |
Concept for an integrated and modular early warning system (CEDIM)
A modern early warning system for safe operation providing sustainable energy and minimizing risks. >>Read more |
Next steps / Upcoming activities:
Drilling and logging (postponed due to Corona)
March 26/27 2020 Course at KTB Drillsite Windisch-Eschenbach for PhD-Students for core orientation, core description etc.
March 30 – April 1 2020 Course: Spatial Models for Categorical Data in Earth Science. Topics:
- review established geostatistical approaches
- present state-of-the-art geometric 3D geological modelling concepts
- introduce a set of modern tools for considering uncertainties in spatial predictions of categorical data
- describe concepts from information theory and the link to the analysis of uncertainties in these data sets; and
- discuss modelling and visualisation of uncertainties of categorical spatial data
Set-up of numerical models:
- 3D regional structural model (Rhino)
- 3D regional FE-model (Hypermesh)
- Geomechanical characterisation of the Enguri including real geometry and stress data (Abaqus)
- 2D model for stresses around the power tunnel (Abaqus)