Our analysis demonstrates the potential for faults to develop hydraulic architectures intermediate between the idealized conceptual models currently available, and illustrates the need to test hypothesized behavior against observations in active systems.
In that case, we show potential applications for fault detection.
The said classification is used for identifying the seismic source zones and to define the potential faults, for estimating fault-to-site-distance probabilities, based on the published literature.
We have conducted numerical simulation studies to assess the potential for injection-induced fault reactivation and notable seismic events associated with shale-gas hydraulic fracturing operations.
Therefore, one newer type of PST, named two core symmetrical discrete phase shifting transformer (TCSD type PST) [25], is chosen in this study to investigate its potential for short-circuit fault current suppression.
We consider the nature of the faulting in this great event and address the concern about potential for great extensional faulting in the outer trench slope or outer rise region seaward of the rupture zone (Fig. 1), and associated potential for another large tsunamigenic event in this region.
The up-dip limit of co-seismic slip in large earthquakes is also important for consideration of how stresses are communicated to the trench-slope and outer rise intraplate environments, and the potential for tsunamigenic normal faulting ruptures (Kanamori, 1971; Ammon et al., 2008; Lay et al., 2011c).
To estimate critical pore pressure perturbation (CPP) for evaluating the reactivation potential of faults existing within a pilot-scale offshore CO2 storage site, we used a semi-analytical solution in which poroelastic stressing caused by subsurface fluid injection was taken into account.
If the Crocker fault system is the expression of a bending-moment fault above a tectonically driven thrust fault that verges into Sabah's offshore faults, the potential for even larger earthquakes sourced from the underlying thrust fault would exist.
The results indicate a vast potential of the mobile application for fault diagnosis in contemporary manufacturing systems.
