Power transformers are one of the most important components of the electrical power
networks. A wide range of mechanical and electrical stresses in addition to the aging could …

In this paper, the mechanical faults of transformers including the winding radial deformation
and axial displacement on 1.6 MVA transformer winding are investigated. Then, by …

This study presents a comprehensive review of the automated classification in partial
discharge (PD) source identification and probabilistic interpretation of the classification …

During operation, power transformers are subjected to a variety of electrical and mechanical
stresses, which can result in winding faults. The most common defects in transformers are …

Frequency response analysis (FRA) is considered as the most popular and reliable method
to detect mechanical deformations within power transformers. Despite this popularity …

Frequency response analysis (FRA) is mainly used as a tool for detecting mechanical faults
(especially displacement and deformation of windings and core) as well as electrical faults …

In this paper, disk space variation, radial deformation, short circuit, and axial displacement
as four common transformer winding faults, in different locations and with various extents …

In spite of many research efforts on fault diagnosis using frequency response analysis (FRA)
method, there is still no universally accepted and systematic interpretation technique for …

With the expansion of the use of frequency response analysis (FRA) as a reliable tool for
fault detection in transformers, more capabilities of this method are discovered every day. So …

Frequency response analysis (FRA), one of the methods for the diagnosis of transformer
mechanical faults, is improving quickly to result in easier fault detection. Recently, the …