In this paper, the diagnosis of induction motor rotor failure with fuzzy theory and genetic algorithm is presented. The proposed method can evaluate the status of an operating motor. According to the measurement of electrical data, this research establishes the relationship of rotor failures with spectrum features. Through the learning of genetic algorithm, membership parameters can be adjusted to optimal positions. The simulation that combines fuzzy theory and a genetic algorithm has preferable diagnostic results for the rotor failures. The designed processes will be applied as a reference for building the diagnostic methods of other motor failures
This paper proposes an online fault diagnosis system for induction motors through the combination of...
Abstract: There is a prototype of an intelligent software madebased on fuzzy logic that can diagnose...
Abstract—For common misfiring fault of automobile engines, this paper presents an algorithm named GA...
In this paper, the diagnosis of induction motor rotor failure with fuzzy theory and genetic algorith...
Abstract — Quality control is applied in manufacture process. The good condition of electrical machi...
International audienceThis paper deals with the problem of detection and diagnosis of induction moto...
This paper presents a review of the most recent developments in the field of diagnosis of electrical...
A condition monitoring system for induction motors using a hybrid Fuzzy Min-Max (FMM) neural network...
Induction machines play a vital role in industry and there is a strong demand for their reliable and...
Various applications of artificial intelligence (AI) techniques (expert systems, neural networks, an...
This paper investigates diagnostic techniques for electrical machines with special reference to roto...
The paper concerns the development of the Knowledge Base branch related to rotor electrical faults i...
AbstractInduction motors have been intensively utilized in industrial applications, mainly due to th...
Motor and gearbox are considered the main components in various machines related to its supplying po...
This review paper looks briefly at conventional approaches and examines the intelligent means for fa...
This paper proposes an online fault diagnosis system for induction motors through the combination of...
Abstract: There is a prototype of an intelligent software madebased on fuzzy logic that can diagnose...
Abstract—For common misfiring fault of automobile engines, this paper presents an algorithm named GA...
In this paper, the diagnosis of induction motor rotor failure with fuzzy theory and genetic algorith...
Abstract — Quality control is applied in manufacture process. The good condition of electrical machi...
International audienceThis paper deals with the problem of detection and diagnosis of induction moto...
This paper presents a review of the most recent developments in the field of diagnosis of electrical...
A condition monitoring system for induction motors using a hybrid Fuzzy Min-Max (FMM) neural network...
Induction machines play a vital role in industry and there is a strong demand for their reliable and...
Various applications of artificial intelligence (AI) techniques (expert systems, neural networks, an...
This paper investigates diagnostic techniques for electrical machines with special reference to roto...
The paper concerns the development of the Knowledge Base branch related to rotor electrical faults i...
AbstractInduction motors have been intensively utilized in industrial applications, mainly due to th...
Motor and gearbox are considered the main components in various machines related to its supplying po...
This review paper looks briefly at conventional approaches and examines the intelligent means for fa...
This paper proposes an online fault diagnosis system for induction motors through the combination of...
Abstract: There is a prototype of an intelligent software madebased on fuzzy logic that can diagnose...
Abstract—For common misfiring fault of automobile engines, this paper presents an algorithm named GA...