Sentence examples for components fault from inspiring English sources

Components, fault normal and fault parallel were dealt simultaneously with same scaling factor so that SRSS of both matches the target spectra as recommended by ASCE7-05.

Regarding fault tolerance, the architect has to consider, for example: the availability of variants, the best fault tolerance technique to be used in a certain context, how the system should fail and scenarios involving error detection and handling (failure modes), the categories of faults to be tolerated (fault latency), assumptions about the environment and components (fault assumptions), etc.

Table 1 Number of strong ground motion records (M > 5) in PEER database and their classification in terms of distance and existing of pulses   Number of EQ record Total record 3551 Distance Near-field (d < 15 km) 302 Far-field 3249 Existence of pulse in components Fault normal 60 Fault parallel 19 Both 30.

This paper presents a fault diagnosis approach to detect and estimate components faults in satellite's attitude control systems (ACSs).

This paper presents two novel hybrid schemes for component fault diagnosis in a general nonlinear system.

A component fault caused the shutdown of one of the two nuclear reactors at Torness power station in East Lothian, its operator has revealed.

Recently, Jain and Meena (2017) studied an unreliable server Markovian multi-component fault tolerant machining system with arrival controlling policy.

The results show that the linear observed-based approach applied to an augmented state of the FCC to component fault detection and isolation can be used with success.

This paper presents both methodologies to generate the model parameters required for the implementation of accurate component fault models and simulation results from representative defective structures in a MEMS product.

The processing of the experimental results enabled (i) various AR spectrum analysis methods and especially Burg's algorithm to be tested, and (ii) conventional spectrum analysis techniques such as the correlogram to be compared with parametric methods at a detection level as well as for mechanical component fault monitoring, especially ball bearing defects.

The top level distinguishes between single-component faults (SCFs) and double-component faults (DCFs).