To study the effect of pollution level on electric field distribution of polymeric insulators,
simulations were carried out using Comsol Multiphysics. The effect of light, medium, heavy …

In recent years, electrical field distribution is the area of major concern in the service life of
Polymeric Insulators. Several methodologies are proposed to analyze the electrical field …

The Electric Field (E-Field) and potential distribution plays a major role in deciding the
lifetime of an insulator. Different climate and pollution conditions lead to deterioration and …

This paper proposes a new Three Dimension Finite Element Model (FEM) to calculate the
electric field and voltage distribution on outdoor polymeric insulator under clean and …

Economic factor is one of the determining factors in component selection and because of
economical benefits of polymeric insulators and their cost reduction, the promising future is …

This paper presents the effect of hydrophobicity and dry bands on electric field distributions
calculations by using finite element method based computational software (Maxwell …

The use of insulators at non-standard angles in high voltage overhead power lines and in
the railway system has widely increased. The main purposes of this are to reduce the …

Ongoing years, financial effect of force framework blackouts brought about by HV cover
contamination is a genuine concern. Subsequently, because of its significance and intricacy …

This paper presents the analysis of potential and electric distribution characteristics of
outdoor polymer insulator. Silicone rubber provides an alternative to porcelain and glass …

The hydrophobicity and dry-bands formation have a considerable effect on the electric field
and potential distributions of polymeric insulators. In this paper, the influences of …