We present algorithms for analytically calculating the displacements, strains, and stresses
associated with slip on a triangular dislocation element (TDE) in a homogeneous elastic half …

Most analytical solutions to engineering or geological problems are limited to simple
geometries. For example, analytical solutions have been found to solve for stresses around …

The principle of work minimization has been used in various forms to account for the
development of active fault systems within a wide range of tectonic settings. We review the …

This study addresses the interplay between strain/stress fields and paleo-fluid migration in
the Southern Andean Volcanic Zone (SVZ). The SVZ coexists with the margin-parallel …

Obliquely convergent subduction margins develop trench‐parallel faults sha** the
regional architecture of orogenic belts and partitioning intraplate deformation. However …

Large and shallow strike-slip earthquakes produce striking ground ruptures, damaging
roads and infrastructure but providing great opportunities for examining the fault's structure …

To better constrain fault slip rates and patterns of interseismic deformation in the western
Transverse Ranges of southern California, we present results from analysis of GPS and …

The southern big bend of the San Andreas fault has been interpreted to have successively
abandoned two strands, the Mission Creek and Mill Creek strands of the San Andreas fault …

Determining how fracture network development leads to macroscopic failure in
heterogeneous materials may help estimate the timing of failure in rocks in the upper crust …

Three-dimensional mechanical simulations of the San Andreas fault system within the
Coachella Valley in southern California produce deformation that matches geologic …