Reliability of high voltage composite insulators depends on achieving an optimal electrical
and geometrical design that produces the lowest electric field strength. This paper proposes …

This paper proposes a robust optimization of eight chaotic maps: Logistics, Sine, Gauss,
Circle, Tent, Chebyshev, Singer, and Piecewise Maps, for superior image encryption. The …

The offspring selection strategy is the core of evolutionary algorithms, which directly affects
the method's accuracy. Normally, to improve the search accuracy in local areas, the …

The insulators of overhead power lines play a crucial role in maintaining the reliability of
transmission and distribution networks. Because they are exposed to harsh and dynamic …

This article presents a novel design optimization method for hybrid-powered multirotor
unmanned aerial vehicles (HPUAVs) to enhance flight endurance and performance …

One of the key elements in lowering the electric field intensity (EFI) on the creepage distance
of composite insulators is the usage of the corona ring and its ideal design. First, using the …

Purpose The ionization of the air surrounding the phase conductor in high-voltage
transmission lines results in a phenomenon known as the Corona effect. To avoid this …

Environment-friendly live tank multi-break vacuum circuit breaker (MBVCBs) is a future
direction of high voltage gas insulated switchgear (GIS). The temperature field distributions …

This articles aims to enhance the performance of a 400 kV composite insulator by
minimizing electric field stress along its surface using COMSOL Multiphysics. The study …

As a result of rising consumer demand, transmission lines voltages have increased from 154
kV to 765 kV. For 154 kV, 345 kV, and 765 kV transmission lines, 9–10, 19–23, and 30–40 …