This paper presents a comprehensive study on the stator vibration properties in
synchronous generators under varied static air–gap eccentricity (SAGE) conditions. Current …

This article proposes a new rotor interturn short circuit (RISC) fault analysis model for the
electromechanical property study in synchronous generators. The specific novelty of this …

This paper mainly focuses on the impact of inclined static air gap eccentricity (ISAGE) on the
electromagnetic characteristics and mechanical performances (vibration, deformation, strain …

In this article, we present a comprehensive analysis on the thermal response characteristics
of the stator winding insulation under static air-gap eccentricity (SAGE) conditions in …

This paper comparatively studies the electromagnetic force and mechanical response of the
end winding before and after 3 kinds of typical electromechanical faults in turbo‐generator …

This article has conducted a comprehensive study on the stator and rotor vibration
characteristics of the doubly‐fed induction generator (DFIG) in the case of radial air gap …

Static air-gap eccentricity (SAGE) is a common fault in generators. Current researches
primarily focus on the parallel SAGE types, while the inclined static air-gap eccentricity …

The static air gap eccentricity is one of the prevalent faults in permanent magnet
synchronous generators. In previous studies, the variation of magnetic flux density, stator …

In this article, the stator winding circulating current inside parallel branches (CCPB) of a
doubly fed induction generator (DFIG) is comprehensively investigated. Different from other …

This paper presents a precise analysis of the efficiency characteristic of the synchronous
generator under both normal and SAGE conditions. In this work, various losses of the …