An analysis is made of continuous distributions of infinitesimal dislocations on faults with finite friction. The analysis was undertaken in an attempt to explain the fact that dislocations produced by earthquakes commonly lie at depths that are shallower than the average depth of earthquake foci in continents. (The depths of dislocations are determined from displacements around faults.) It is found that this discrepancy can be explained if, at some depth, there exists a region where the frictional stress on faults is anomalously low
Abstract:A fault is a planar fracture or discontinuity in a volume of rock, across which there has b...
We propose a model which may explain seismic sequences which are often observed in seismogenic regio...
The problem of post-seismic stress evolution at the lower dislocation edge of great shallow earthqua...
An analysis is made of continuous distributions of infinitesimal dislocations on faults with finite ...
A 2-D model is presented for the propagation of a Somigliana dislocation along a fault with nonunifo...
Theoretical solutions are derived for a model of faulting in elastic media and for the effect of la...
Creeping dislocations in an elastic half-space are commonly used to model interseismic deformation a...
The Somigliana dislocation theory is applied to the study of strike‐slip faulting in an isotropic, h...
When a fault occurs in the earth's crust, the ground in its vicinity becomes deformed. This thesis u...
Some earthquake models based on the elastic theory of dislocations are presented. Earthquake occurre...
Recent models of earthquake faults involve heterogeneous slip regions along the faults. Some of this...
A model is proposed for studying the mechanical behaviour of faults during their interseismic period...
Earthquake mechanics may be determined by the geometry of a fault system. Slip on a fractal branchin...
In this work solutions are developed for the motions generated in an elastic half space or a half s...
Major strike-slip earthquakes are often associated with a complex pattern of surface fractures, orga...
Abstract:A fault is a planar fracture or discontinuity in a volume of rock, across which there has b...
We propose a model which may explain seismic sequences which are often observed in seismogenic regio...
The problem of post-seismic stress evolution at the lower dislocation edge of great shallow earthqua...
An analysis is made of continuous distributions of infinitesimal dislocations on faults with finite ...
A 2-D model is presented for the propagation of a Somigliana dislocation along a fault with nonunifo...
Theoretical solutions are derived for a model of faulting in elastic media and for the effect of la...
Creeping dislocations in an elastic half-space are commonly used to model interseismic deformation a...
The Somigliana dislocation theory is applied to the study of strike‐slip faulting in an isotropic, h...
When a fault occurs in the earth's crust, the ground in its vicinity becomes deformed. This thesis u...
Some earthquake models based on the elastic theory of dislocations are presented. Earthquake occurre...
Recent models of earthquake faults involve heterogeneous slip regions along the faults. Some of this...
A model is proposed for studying the mechanical behaviour of faults during their interseismic period...
Earthquake mechanics may be determined by the geometry of a fault system. Slip on a fractal branchin...
In this work solutions are developed for the motions generated in an elastic half space or a half s...
Major strike-slip earthquakes are often associated with a complex pattern of surface fractures, orga...
Abstract:A fault is a planar fracture or discontinuity in a volume of rock, across which there has b...
We propose a model which may explain seismic sequences which are often observed in seismogenic regio...
The problem of post-seismic stress evolution at the lower dislocation edge of great shallow earthqua...