In my research group, projects related to crustal deformation and the physics of earthquakes include:
Modeling damage rheology in the Earth's crust
Fault interaction in strike-slip fault systems (focussing on the San Andreas Fault (California, USA) and North Anatolian Fault (Turkey)
Models
of strain partitioning across the LA Basin
Finite Element Models of deformation in a faulted, viscoelastic medium.
Models
of a sinking mafic body in a reactivated lower crust as a means for concentrating stress in the
New Madrid Seismic Zone
General Earthquake Models (GEM)
: A multidisciplinary effort to integrate information technology advances into computer simulations of earthquakes
GPS measurements of deformation
on the
White Wolf Fault
(see also this
map
) in southern California.
Pictures
from our 1997 GPS survey
Report on this project
to the
Southern California Earthquake Center
.
Studying
a seismic linement in the Southern Sierra Nevada
In my research group, projects related to crustal deformation and the physics of earthquakes include:
Modeling damage rheology in the Earth's crust
Fault interaction in strike-slip fault systems (focussing on the San Andreas Fault (California, USA) and North Anatolian Fault (Turkey)
Models
of strain partitioning across the LA Basin
Finite Element Models of deformation in a faulted, viscoelastic medium.
Models
of a sinking mafic body in a reactivated lower crust as a means for concentrating stress in the
New Madrid Seismic Zone
General Earthquake Models (GEM)
: A multidisciplinary effort to integrate information technology advances into computer simulations of earthquakes
GPS measurements of deformation
on the
White Wolf Fault
(see also this
map
) in southern California.
Pictures
from our 1997 GPS survey
Report on this project
to the
Southern California Earthquake Center
.
Studying
a seismic linement in the Southern Sierra Nevada
