Many theoretical and experimental studies have been performed to optimize the
maintenance times of outdoor insulators. But most of the proposed methods are both time …

As a new practical and economical solution to the aging problem of overhead line (OHL)
assets, the technical policies of most power grid companies in the world experienced a …

This work attempts to clarify the potentials of hybrid model based on least‐squares support
vector machine (LS‐SVM) and a novel meta‐heuristic algorithm called Grey Wolf optimiser …

Understanding the flashover performance of the outdoor high voltage insulator has been in
the interest of many researchers recently. Various studies have been performed to …

During assembly of a cable-net reflector, surface adjustments must be made to meet the
stick accuracy requirement of a space mission by changing the lengths of adjustable cables …

This paper describes a methodology that was developed for the prediction of the critical
flashover voltage of polluted insulators under sec and rain conditions least squares support …

The important performance parameter such as material removal rate (MRR) and surface
roughness (SR) are influenced by various machining parameters namely voltage, feed rate …

Cable length adjustment is a critical step to minimize the shape error of cable-net reflectors.
The adjustment requires tedious repetitive work, but the surface accuracy is often …

High voltage insulators form an essential part of the high voltage electric power transmission
systems. Any failure in the satisfactory performance of high voltage insulators will result in …

This paper aims to determine the critical flashover voltage on contaminated insulators using
an artificial neural network. The artificial neural network determines the critical flashover …