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under the influence of human interventions and the resulting effects at the Earth's surface. DeepNL focuses on induced earthquakes and subsidence caused by gas extraction in the Groningen area. This PhD
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at the Earth's surface. DeepNL focuses on induced earthquakes and subsidence caused by gas extraction in the Groningen area. This PhD position is part of the DeepNL project NEPTUNUS (“Novel methods
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errors in highly accurate positioning stages in lithography. Earthquakes also occur due to sudden slip when the frictional strength of the crushed rock granules in geological faults is overcome. We plan
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, subsurface CO2, H2 storage), accurate seismic hazard assessment (SHA) is a necessity. In regions without historical earthquakes, conventional ground motion models cannot be locally calibrated and thus suffer
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, loss of friction and slip causes errors in highly accurate positioning stages in lithography. Earthquakes also occur due to sudden slip when the frictional strength of the crushed rock granules in
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errors in highly accurate positioning stages in lithography. Earthquakes also occur due to sudden slip when the frictional strength of the crushed rock granules in geological faults is overcome. We plan
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Would you like to join an interdisciplinary team that combines systems and control theory and geomechanics to understand what drives earthquake processes? The research programme DeepNL aims
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under the influence of human interventions and the resulting effects at the Earth's surface. DeepNL focuses on induced earthquakes and subsidence caused by gas extraction in the Groningen area. The DeepNL
-
), accurate seismic hazard assessment (SHA) is a necessity. In regions without historical earthquakes, conventional ground motion models cannot be locally calibrated and thus suffer from large uncertainty
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CO2 , H2 storage), accurate seismic hazard assessment (SHA) is a necessity. In regions without historical earthquakes, conventional ground motion models cannot be locally calibrated and thus suffer