Several important earthquake source models that have been extensively used in seismological research and earthquake prediction are presented and discussed. A new fault source model is used to explain the earthquake focal mechanism solution and tectonic stress field, which play a crucial role in earthquake initiation and preparation. The elastodynamic-dislocation theory is demonstrated which provides the theoretical background of most earthquake source models. Important earthquake source models reviewed here include the double-force-couple point-source model, the circular-shear dislocation model, the finite moving-source model, the Brune model, and the spherical explosive source model
Some earthquake models based on the elastic theory of dislocations are presented. Earthquake occurre...
Determining principles and conditions governing motion along faults is crucial for assessing how ear...
We examine the construction methodology of a source model for strong ground-motion prediction of sce...
Several important earthquake source models that have been extensively used in seismological research...
Many major faults separate two tectonic plates that slowly move past each other in opposite directio...
The strong motion displacement records available during an earthquake can be treated as the response...
The dynamical source models of an earthquake recently proposed are investigated from the physical vi...
Although progress has been made in the understanding of earthquakes, many problems remain
International audienceWe analyse the scaling and distribution of average dynamic source properties (...
A shear slip fault, an equivalence of a double couple source, has often been assumed to be a kinemat...
This thesis discusses simulations of earthquake ground motions using prescribed ruptures and dynamic...
A recipe for estimating strong ground motions from specific earthquakes is proposed based on source ...
Abstract. – Problems of physical basis of earthquake source mechanics are discussed. Results of stre...
derived from teleseismic body waves recorded by the global seismic network of broad-band seismograph...
I summarize implications of lab-measured high slip speed fault strength for earthquake source proper...
Some earthquake models based on the elastic theory of dislocations are presented. Earthquake occurre...
Determining principles and conditions governing motion along faults is crucial for assessing how ear...
We examine the construction methodology of a source model for strong ground-motion prediction of sce...
Several important earthquake source models that have been extensively used in seismological research...
Many major faults separate two tectonic plates that slowly move past each other in opposite directio...
The strong motion displacement records available during an earthquake can be treated as the response...
The dynamical source models of an earthquake recently proposed are investigated from the physical vi...
Although progress has been made in the understanding of earthquakes, many problems remain
International audienceWe analyse the scaling and distribution of average dynamic source properties (...
A shear slip fault, an equivalence of a double couple source, has often been assumed to be a kinemat...
This thesis discusses simulations of earthquake ground motions using prescribed ruptures and dynamic...
A recipe for estimating strong ground motions from specific earthquakes is proposed based on source ...
Abstract. – Problems of physical basis of earthquake source mechanics are discussed. Results of stre...
derived from teleseismic body waves recorded by the global seismic network of broad-band seismograph...
I summarize implications of lab-measured high slip speed fault strength for earthquake source proper...
Some earthquake models based on the elastic theory of dislocations are presented. Earthquake occurre...
Determining principles and conditions governing motion along faults is crucial for assessing how ear...
We examine the construction methodology of a source model for strong ground-motion prediction of sce...