Sentence examples for increase in fault from inspiring English sources

The goal pursued by CMT is the increase in fault tolerance and in global transmission performance with respect to the baseline SCTP, where only one path is used at a time.

However, there are other interpretations, such as an apparent effect from marked heterogeneities in fault strength (Campillo et al. 2001) or a posteriori obtained features caused by an increase in fault damage (Andrews 2005) or thermal pressurization (Wibberley and Shimamoto 2005).

The increase in resistivity, P-wave velocity, and density and the decrease in neutron porosity with depth above sh2 represent normal compaction, but below sh3, resistivity, P-wave velocity, and density decrease toward the hanging wall damage zone, corresponding to an increase in faults and fractures in this horizon (Figures 4 and 5).

The distal part of the wedge represents a basin plain environment and is characterised by a series of crude fining upward successions that are interpreted to reflect changes in the rate of accommodation generation and sediment supply, following from periodic increases in fault activity.

In the case of the constant term, both denominator and numerator of B decrease with increases in fault distance.

Doubtless, the before-mentioned tectonic stress together with the manifold vertical displacement history led to an increase in fracture and fault systems.

Permeability provided by barren fractures, commonly referred to as structural permeability (e.g. Sibson 1996; Jolie et al. 2015), and thus the convective heat flow, may be substantially increased in fault-related reservoirs by locally enhanced fracture intensities and therefore create prime targets for geothermal exploration (Jung 2007; Paschen et al. 2003; Vidal et al. 2016).

Although there is an increase in the fault distance that corresponds to a length between fault location and DC/DC converter, the exponential term remains constant because the R eq and L eq increase proportionally at the same rate.

This observation on the deformation twin formation in the HT-HPT samples results from an increase in stacking fault energy (SFE).

This behavior is attributed to the increase in stacking fault energy with the increase of Al content and stability of austenite, which depends on the local chemical variation.

It is proposed that the reduction in flow stress resulted from an enhancement of cross-slip due to an increase in stacking fault energy.