This simulator was developed to study the effects of faults that may affect a MSF system.
By doing so, the effects of faults can be reduced to a great extent and thus the power traction network reliability and availability are able to be achieved.
On the basis of the fault information obtained by the fault-diagnosis procedure, a fault-tolerant control component is designed to compensate for the effects of faults.
The promising effects of faults cut through, die-out of salt to hydrocarbon migration and type of hydrocarbons especially migration of thermal gas from deep horizons to shallow layers' traps are found in many nearby drilled wells.
Under the assumption that the effects of faults on the state-space matrices of systems can be of affine parameter dependence, a reconfigurable robust H∞ linear parameter varying controller is developed.
To achieve good performance for the boiler, the proposed adaptive robust SMC shall conquer the effects of faults and uncertainties by estimating their upper bounds adaptively, and force the outputs of the multivariable boiler to track the outputs of a desired multivariable reference model.
