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Episodic Slip and Waves of Fluid-Filled Porosity

Podladchikov, Y. Y. / Miller, Stephen. A.

We derive expressions relating the physical properties of plate interfaces to the propagation velocity of slow slip earthquakes. This relationship, analogous to the classical Stokes velocity of a rising buoyant sphere, resolves the intermediate velocity enigma and implies that the effective viscosity is low, the permeability is high, and the migration direction of episodic tremor and slip events provides constraints on the mean stress gradients inside active plate boundaries.

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Episodic Slip and Waves of Fluid-Filled Porosity

Podladchikov, Y. Y. / Miller, Stephen. A.

We derive expressions relating the physical properties of plate interfaces to the propagation velocity of slow slip earthquakes. This relationship, analogous to the classical Stokes velocity of a rising buoyant sphere, resolves the intermediate velocity enigma and implies that the effective viscosity is low, the permeability is high, and the migration direction of episodic tremor and slip events provides constraints on the mean stress gradients inside active plate boundaries.

Episodic Slip and Waves of Fluid-Filled Porosity

Podladchikov, Y. Y. / Miller, Stephen. A.

We derive expressions relating the physical properties of plate interfaces to the propagation velocity of slow slip earthquakes. This relationship, analogous to the classical Stokes velocity of a rising buoyant sphere, resolves the intermediate velocity enigma and implies that the effective viscosity is low, the permeability is high, and the migration direction of episodic tremor and slip events provides constraints on the mean stress gradients inside active plate boundaries.

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Title:

Episodic Slip and Waves of Fluid-Filled Porosity

Contributors:

Podladchikov, Y. Y. (author) / Miller, Stephen. A. (author)

Conference:

Fifth Biot Conference on Poromechanics ; 2013 ; Vienna, Austria

Published in:

Poromechanics V ; 790-793

Publication date:

2013-06-18

ISBN:

DOI:

https://doi.org/10.1061/9780784412992.095

Type of media:

Conference paper

Type of material:

Electronic Resource

Language:

English

Keywords:

Wave propagation , Poroelasticity , Velocity , Mechanics , Simulation , Porous media , Porosity , Slip

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