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Lithospheric 3-D flexure modelling of the oceanic plate seaward of the trench using variable elastic thickness
(Oxford University Press, 2014)
When describing the mechanical behaviour of the lithosphere modelled as a thin plate, the most
important parameter corresponds to its flexural rigidity, which is commonly expressed through
the effective elastic thickness, ...
Flexural modeling of the elastic lithosphere at an ocean trench: a parameter sensitivity analysis using analytical solutions
(Elsevier, 2018)
The outer rise is a topographic bulge seaward of the trench at a subduction zone that is caused by bending and
flexure of the oceanic lithosphere as subduction commences. The classic model of the flexure of oceanic ...
Outer rise stress changes related to the subduction of the Juan Fernandez Ridge, central Chile
(2007)
Although outer rise seismicity is less common than interplate seismicity in subduction zones, a significant level of seismicity has occurred between the Nazca trench and Juan Fernandez Ridge, in central Chile, during the ...
Lithospheric 3-d flexure modelling of the oceanic plate seaward of the trench using variable elastic thickness
(BLACKWELL SCIENTIFIC PUBLICATIONS, 2014)
Lithospheric 3-d flexure modelling of the oceanic plate seaward of the trench using variable elastic thickness
(BLACKWELL SCIENTIFIC PUBLICATIONS, 2014)
Effective elastic thickness variations along the andean margin and their relationship to subduction geometry
(2008)
We present a new map of the spatial variations in effective elastic thickness, Te, along the Andes estimated using Bouguer coherence. The Te variations reflect interactions between subducting slab and preexisting terrane ...