This paper presents a new approach to model a transmission tower for lightning
performance studies. It consists of representing each part of the tower by equivalent vertical …

When lightning strikes a transmission line tower or shield wires, electromagnetic waves
propagate through the tower back and forth, increasing the voltage across insulator strings …

The implicit finite difference method is one of the most widely applied methods for transient
natural gas simulation. However, this implicit method is associated with high computational …

Frequency-domain modeling is one of the paramount mathematical techniques for the
stability analysis of hydraulic systems. This paper proposes an overall transfer matrix-based …

In this study, a new model for aerial multiconductor transmission lines with frequency
dependent electrical parameters is presented. The new model is called here A‐line model …

In this work a new model for analyzing single-phase non-uniform transmission lines with
frequency dependent electrical parameters is presented. The model is based on …

In this work, a new model for the simulation of fast transients on nonuniform multiconductor
transmission lines is presented. The proposed model is based on the method of …

This paper describes a new transmission line model for electromagnetic transient analysis in
time domain which accounts for non-uniform and frequency dependence effects. This model …

Lightning is known to be a major cause of outage in power systems. It may result in damage
to equipment, high repair costs, and loss of revenue to utility companies. The most …

In order to explore the impact of uneven icing on the modal characteristics of high-voltage
transmission towers, a model of a 110 kV wine cup type high-voltage transmission tower is …