Abstract Frequency Response Analysis (FRA) is an effective diagnostic technique for
detection of mechanical deformations inside a power transformer. The results of previous …

There have been considerable advancements in various aspects of transformer engineering
since the publication of the first edition in 2004. Improvements can be clearly seen in …

Power transformer is a vital component in the power system, and it must be protected
against various core and winding faults. Turn‐to‐turn fault (TTF) is one of the most common …

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 …

Frequency response analysis (FRA) is a widely accepted diagnostic method to assess the
mechanical integrity of the active parts within a power transformer. Recent studies in the field …

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 …

While frequency response analysis (FRA) technique has been successfully used to assess
the mechanical integrity of active parts within power transformers, it still exhibits some …

Interpreting results of a transformer frequency response analysis (FRA) is quite challenging.
One of the common methods to summarize FRA data is to employ statistical indicators (SIs) …

This paper presents a new investigation to detect various faults within the three-phase star
and delta induction motors (IMs) using a frequency response analysis (FRA). In this regard …

Frequency response analysis is one of the best methods to diagnose mechanical defects in
the power transformer winding. In this paper, sensitivity analysis of four components of the …