The inter-turn fault is a common internal fault in the windings of transformers. This fault can
cause the increase of transformer leakage flux. In this paper, the leakage inductance caused …

Electromagnetic forces generated by the short circuit current and leakage flux in low-and
high-voltage windings of distribution transformers as well as amorphous core transformers …

This paper presents the accurate energy method for calculation of leakage reactance of
wound core transformers. It takes into consideration the curvature of the winding. The energy …

The use of power electronics is increasing day by day due to which power system stability
and quality of power supply are big issues for the electric suppliers. Harmonic distortions are …

Transformers are one of the irreplaceable elements in the electrical system. During the
working of the transformers, transformers are energized all day and these devices are …

In a high-speed train application, the modularized traction converter produces the significant
harmonic currents caused from the switching behavior of a power converter. These …

The short-circuit transformer's behaviour can be easily predicted from its leakage reactance.
The relationship between the height of the core window and leakage reactance of the …

For transformer designers, simplified and accurate calculations of the various transformer
parameters are extremely important. Different software's are being used for the design of the …

The paper presents an analytical method to compute the leakage magnetic field inside a
transformer's window generated by the magnetizing magneto motive force supposing the …

Different methods are used at present to compute the short-circuit electrodynamic forces
exerted over the windings of three-phase electrical transformers. Methods giving quite …