Sentence examples for constant faults from inspiring English sources

The considered faults can be unbounded and can have many forms, such as abrupt faults, constant faults and high-frequency faults.

The control scheme is based on a fuzzy observer to estimate both faults and faulty system states; a proportional integer (PI) observer to estimate constant faults is then adopted.

You don't have to tolerate this person's constant fault-finding.

The simulation on a closed-loop satellite control system with time-varying or constant actuator faults in the form of additive and multiplicative unknown dynamics demonstrates the effectiveness of the proposed robust fault diagnosis strategy.

The aim of this FTC strategy is to compensate the effects of time-varying or constant actuator faults by designing an Adaptive Polytopic Observer (APO) which is able to estimate both the states of the system and the magnitude of the actuator faults.

When a fault occurs in the AC system, and does not cause a CF, 2frac{{{text{d}}i_{text{k}} }}{{{text{d}}t}} = sqrt 2 E_{ac} sin (omega t + Delta phi ) (12) i_{text{k}} = - frac{{sqrt 2 E_{ac} }}{{2omega L_{c} }}cos (omega t + Delta phi ) + C_{1} (13 where E ac is the magnitude of the post-fault commutating voltage; C1 is the integration constant under fault conditions.

Particularly, fault signals usually emerge in the low frequency domain, for example, the constant struck fault just belongs to the low frequency domain [38].

The method of stress inversion was first introduced by Wallace (1951) and Bott (1959) who assumed that the remote stress tensor is spatially uniform for the faulted rock and constant during the fault history, and the slip along any fault is in the same direction and sense of the maximum shear stress.

To minimize uncertainties and calculation loads, we use an effective coefficient of friction, μ′ = 0.4, assumed to be constant for all faults.

However, given the restriction on time of protection and the time constant of the fault current, fuses are carefully chose based on application.

Dislocation modeling is a superposition of an analytical solution for dislocation planes embedded in an elastic isotropic half space (Rodgers 1980), and it is advantageous in that the simple calculation represents the essential characteristics of the structural pattern without the assumption of a dynamic frictional constant over the fault plane (Kusumoto et al. 1999 2001).