Add to ORKGPresented is a new application of Gephart-Forsyth inverse technique for predicting directions and senses of slip. In Vrancea region, the compression axis is thus found to act in a NE-SW direction and not in a SE-NW direction, as is commonly thought from focal mechanism results. In addition, evidence is provided that the stresses in the crust are decoupled from those in the subducted slab. ARK: https://n2t.net/ark:/88439/y054021 Permalink: https://geophysicsjournal.com/article/101  
In this work, the control exerted by the stress axes orientation on the evolution of seismic sequenc...
International audienceThe inversion of earthquake focal mechanisms is one of the few tools available...
The knowledge of present day stress magnitude is often crucial to understand the behavior of natural...
Earthquake nests are anomalous clusters of seismicity located far from active collisional systems in...
Vrancea seismogenic zone in the South-Eastern Carpathians is characterized by localized intermedi...
The Slip Model is applied to the Global Centroid Moment Tensor database to determine the present day...
Stress tensor inversion has been applied to estimate principal stress axes orientations in Western G...
It is demonstrated how a recently devised graphical method for estimating palaeostresses from expose...
The mechanisms involved in the geodynamic evolution and the links with present day seismicity in and...
The state of stress and its implications for shear on fault planes during fluid injection are crucia...
[1] Vrancea, located at the southeastern Carpathians Arc bend, is one of the areas in the Alpine-Him...
The western Alpine arc originated during the Cretaceous orogenesis as a consequence of the continent...
Given a fault plane and its slip vector, the stress tensor which caused the displacement is sought. ...
We have investigated the spatial variation of the stress field along the fault rupture zone of the 1...
In many situations, it is difficult to identify confidently the fault plane from among the two nodal...
In this work, the control exerted by the stress axes orientation on the evolution of seismic sequenc...
International audienceThe inversion of earthquake focal mechanisms is one of the few tools available...
The knowledge of present day stress magnitude is often crucial to understand the behavior of natural...
Earthquake nests are anomalous clusters of seismicity located far from active collisional systems in...
Vrancea seismogenic zone in the South-Eastern Carpathians is characterized by localized intermedi...
The Slip Model is applied to the Global Centroid Moment Tensor database to determine the present day...
Stress tensor inversion has been applied to estimate principal stress axes orientations in Western G...
It is demonstrated how a recently devised graphical method for estimating palaeostresses from expose...
The mechanisms involved in the geodynamic evolution and the links with present day seismicity in and...
The state of stress and its implications for shear on fault planes during fluid injection are crucia...
[1] Vrancea, located at the southeastern Carpathians Arc bend, is one of the areas in the Alpine-Him...
The western Alpine arc originated during the Cretaceous orogenesis as a consequence of the continent...
Given a fault plane and its slip vector, the stress tensor which caused the displacement is sought. ...
We have investigated the spatial variation of the stress field along the fault rupture zone of the 1...
In many situations, it is difficult to identify confidently the fault plane from among the two nodal...
In this work, the control exerted by the stress axes orientation on the evolution of seismic sequenc...
International audienceThe inversion of earthquake focal mechanisms is one of the few tools available...
The knowledge of present day stress magnitude is often crucial to understand the behavior of natural...