Materials Today Proceedings · 2021 · 11 citations · 56 references
EngineeringIndustrial EngineeringCondition AssessmentDiagnostic ReasoningMaintenance EngineeringCondition-based MaintenanceDiagnosisDiagnosticsFault DetectionFault DiagnosisPredictive MaintenanceEfficiency LossFailure DiagnosisGas Turbine OperationMaintenancePerformance PredictionPerformance Prediction ModelsPredictive Maintenance DiagnosticsSystem Reliability
For a long period, computerized models for the diagnosis and performance prediction of the gas turbine is developed. Usage of a strong, productive, and adaptable upkeep method improves essentially the unwavering quality and accessibility of a gas turbine and thus minimizes the unpredicted failures, downtime, and working costs. Early discovery of advancing deficiencies, whereas the plant is still working in a controllable locale, can offer assistance maintain a strategic distance from unusual occasion movement and diminish efficiency loss. Actualizing a legitimate predictive or condition-based maintenance (CBM) methodology makes difference maintenance engineers screen the gas turbine condition and spot up and coming faults. This will empower them to proactively adopt the appropriate maintenance choice which subsequently leads to improved system reliability and availability, decreased maintenance costs, and decreased the number of maintenance operations. This paper focuses to survey the published papers on gas turbine diagnosis strategy and to make summarize the reviewed papers. This paper describes different diagnostics methods and their advantages and disadvantages and finally, the future work is also included.
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Statistical process monitoring: basics and beyond
S. Joe Qin · Journal of Chemometrics · 2003 · 1.6K citations
Engineering, Industrial Engineering, Systems Engineering +16
Stochastic processes and filtering theory
Kenneth D. Senne · IEEE Transactions on Automatic Control · 1972 · 389 citations