Studies show that under the influences on the grid fault mode, oscillation mode, fault clearing time and other factors, the electrical center will dynamically migrate between different sections.
This paper presents a sliding mode fault detection scheme for linear parameter varying (LPV) systems with uncertain or imperfectly measured scheduling parameters.
An integral sliding mode fault-tolerant control scheme is employed to guarantee the stability of the constrained faulty system, which is designed using the fault estimations and the obtained nominal nearly optimal control policy.
In this paper, a correction is addressed in the paper [Saeid Aliakbari, Moosa Ayati, Johari H.S. Osman, Yahaya Md Sam, Second-order sliding mode fault-tolerant control of heat recovery steam generator boiler in combined cycle power plants, Applied Thermal Engineering 50 (2013) 1326 1338].
Recent seismological, geological, and geodetic studies have revealed that tectonic faults act in various modes of fault slip (e.g., Collettini et al. 2011).
Fault semantic network is proposed to represent failure modes and fault propagation models as integrated with process and equipment models.
Concurrently with an increased understanding of the complex modes of fault slip in subduction zones, our understanding of plate-boundary faulting associated with dynamic earthquake rupture and slow earthquakes has progressed.
At the same time, the distributed locations of eigenvalue corresponding to normal mode and different fault modes are non-coincident which illustrates that these different eigenvalues can be discriminated by a clustering algorithm.
This chapter introduces AMS circuits, failure modes, and fault models.
Afterward, typical safety assessment methods, including failure modes analysis, fault tree analysis, Markov analysis, and common cause analysis are introduced.
