Sentence examples for fault characterized from inspiring English sources

In Fig. 7b (9 km depth) and c (15 km depth), many aftershocks surround the Needles fault, characterized by high positive stress changes of more than 6 MPa.

The bedrock morphology was replicated through the activity of the listric Aurora Trench Fault, characterized by a basal detachment at 34 km (considered the base of the crust according to available geophysical interpretations) and vertical displacements ranging between 700 and 300 m.

In a manner consistent with other earthquakes in this region, the intense compressional forces occurring between the plates resulted in oblique thrust faulting (faulting characterized by horizontal as well as vertical movement) when the rocks at the epicentre gave way.

We consider the solid as an anisotropic brittle material where deterioration is characterized by the formation of nested microstructures in the form of equi-distant parallel faults characterized by distinct orientation and spacing.

Along the northern edge of the Majella anticline, in a large quarry originally excavated by ancient Romans, we studied the deformation mechanisms and internal architectures of faults characterized by both normal and lateral components of slip.

The potential activity of faults are grouped as — active faults — characterized by current activity (movement or event) /associated with surface-rupturing earthquakes in the past 11,000 years; capable faults having ability for movement; and potential capable of being or becoming active.

Numerous thrust faults characterize the Hunsrück, whereas persistent fold structures are typical for the Ardennes and Eifel regions.

Wide attention was recently given to the problem of fault-tolerance in neural networks; while most authors dealt with aspects related to specific VLSI implementations, attention was also given to the intrinsic capacity of survival to faults characterizing the neural modes.

Deep intra-platform troughs (deep depressions containing non-carbonate pelagic sediments — Nandan-type successions) that developed along syndepositional faults characterize Devonian carbonate platforms in South China, but have no equivalent on the Lennard Shelf, Canning Basin where inter-reef areas were more shallow.

Today we can locate faults, characterize them, and explain many of the stresses building toward their failure.

Despite these differences, however, both the Hijima fault and Yasutomi fault are characterized by a shallow conductive zone along the surface fault trace.