Summary. Expressions for displacements on the surface of a layered half‐space due to an arbitrary oriented shear dislocation are given in terms of generalized ray expansions. Useful approximations of these expressions for shallow events as recorded at teleseismic distances for realistic earth models are presented. The results of this procedure are used to generate synthetic P, SV and SH waveforms for various assumptions of stress‐drop. Copyright © 1975, Wiley Blackwell. All rights reserve
A localized displacement dislocation is placed inside a homogeneous non-gravitating elastic sphere. ...
When a fault occurs in the earth's crust, the ground in its vicinity becomes deformed. This thesis u...
Creeping dislocations in an elastic half-space are commonly used to model interseismic deformation a...
Summary. Expressions for displacements on the surface of a layered half‐space due to an arbitrary or...
Generalized ray expansions of the P, SH, and SV displacement potentials resulting from a point-sourc...
This paper is the first of a series that will examine the effect of earth structure on earthquake di...
Expressions for displacements on the surface of a layered half space due to an arbitrary oriented sh...
Two analytical approaches based on the methods of self-similar potentials and rotational superpositi...
In this work solutions are developed for the motions generated in an elastic half space or a half s...
Theoretical solutions are derived for a model of faulting in elastic media and for the effect of la...
We analyze a mathematical model of elastic dislocations with applications to geophysics, where by an...
Tectonic faults are commonly modeled as Volterra or Somigliana dislocations in an elastic medium. Ov...
We present algorithms for analytically calculating the displacements, strains, and stresses associat...
Some earthquake models based on the elastic theory of dislocations are presented. Earthquake occurre...
This report is preliminary and has not been edited or reviewed for conformity with Geological Survey...
A localized displacement dislocation is placed inside a homogeneous non-gravitating elastic sphere. ...
When a fault occurs in the earth's crust, the ground in its vicinity becomes deformed. This thesis u...
Creeping dislocations in an elastic half-space are commonly used to model interseismic deformation a...
Summary. Expressions for displacements on the surface of a layered half‐space due to an arbitrary or...
Generalized ray expansions of the P, SH, and SV displacement potentials resulting from a point-sourc...
This paper is the first of a series that will examine the effect of earth structure on earthquake di...
Expressions for displacements on the surface of a layered half space due to an arbitrary oriented sh...
Two analytical approaches based on the methods of self-similar potentials and rotational superpositi...
In this work solutions are developed for the motions generated in an elastic half space or a half s...
Theoretical solutions are derived for a model of faulting in elastic media and for the effect of la...
We analyze a mathematical model of elastic dislocations with applications to geophysics, where by an...
Tectonic faults are commonly modeled as Volterra or Somigliana dislocations in an elastic medium. Ov...
We present algorithms for analytically calculating the displacements, strains, and stresses associat...
Some earthquake models based on the elastic theory of dislocations are presented. Earthquake occurre...
This report is preliminary and has not been edited or reviewed for conformity with Geological Survey...
A localized displacement dislocation is placed inside a homogeneous non-gravitating elastic sphere. ...
When a fault occurs in the earth's crust, the ground in its vicinity becomes deformed. This thesis u...
Creeping dislocations in an elastic half-space are commonly used to model interseismic deformation a...