Despite the insight gained from 2-D particle models, and given that the dynamics of crustal faults occur in 3-D space, the question remains, how do the 3-D fault gouge dynamics differ from those in 2-D? Traditionally, 2-D modeling has been preferred ove
The lattice solid model is a particle based simulation model for the study of earthquake micro-physi...
My research focuses on the development and application of numerical techniques to address questions ...
This paper describes an example of 3-D modeling using GOCAD software, a geometric modeler designed f...
Despite the insight gained from 2-D particle models, and given that the dynamics of crustal faults o...
An appreciation of the physical mechanisms which cause observed seismicity complexity is fundamental...
An appreciation of the physical mechanisms which cause observed seismicity complexity is fundamental...
A lattice solid model was developed to study the physics of rocks and the nonlinear dynamics of eart...
Traditionally, 2D Discrete Element Models (DEMs) have been preferred over 3D models, for fault gouge...
The particle-based lattice solid model is used to simulate transform faults with and without fault g...
The lattice solid model is a particle-based numerical model that is being developed with the aim of ...
The Lattice Solid Model has been used successfully as a virtual laboratory to simulate fracturing of...
Numerical experiments using: the particle based lattice solid model produce simulated earthquakes. M...
[1] The friction of granular fault gouge plays an important 8 role in governing the mechanical behav...
The Lattice Solid Model is a particle based method which has been successfully employed for simulati...
Simulations provide a powerful means to help gain the understanding of crustal fault system physics ...
The lattice solid model is a particle based simulation model for the study of earthquake micro-physi...
My research focuses on the development and application of numerical techniques to address questions ...
This paper describes an example of 3-D modeling using GOCAD software, a geometric modeler designed f...
Despite the insight gained from 2-D particle models, and given that the dynamics of crustal faults o...
An appreciation of the physical mechanisms which cause observed seismicity complexity is fundamental...
An appreciation of the physical mechanisms which cause observed seismicity complexity is fundamental...
A lattice solid model was developed to study the physics of rocks and the nonlinear dynamics of eart...
Traditionally, 2D Discrete Element Models (DEMs) have been preferred over 3D models, for fault gouge...
The particle-based lattice solid model is used to simulate transform faults with and without fault g...
The lattice solid model is a particle-based numerical model that is being developed with the aim of ...
The Lattice Solid Model has been used successfully as a virtual laboratory to simulate fracturing of...
Numerical experiments using: the particle based lattice solid model produce simulated earthquakes. M...
[1] The friction of granular fault gouge plays an important 8 role in governing the mechanical behav...
The Lattice Solid Model is a particle based method which has been successfully employed for simulati...
Simulations provide a powerful means to help gain the understanding of crustal fault system physics ...
The lattice solid model is a particle based simulation model for the study of earthquake micro-physi...
My research focuses on the development and application of numerical techniques to address questions ...
This paper describes an example of 3-D modeling using GOCAD software, a geometric modeler designed f...
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