In this paper a detailed description, an analysis, and an assessment of a frequency-domain
technique highly applicable to power systems transient analysis (ie, the numerical Laplace …

This paper reviews and compares several methods to analytically obtain the transient
response of transmission lines in the time domain, in those cases where frequency …

A detailed description of the numerical Laplace transform (NLT) for electromagnetic transient
calculation on power system devices under linear and non-linear conditions is presented in …

Fast transients on power transmission systems, such as those produced by lightning and
faults, are usually modelled by the Telegrapher's Equations. Because of corona, these …

When lumped parameter models are used for transmission lines, which are originally
distributed parameter systems, the set of first order ordinary differential equations (ODEs) of …

Transient conditions such as switching operations and faults cause the generation of
travelling waves on power transmission lines. Spatial current and voltage distributions on …

Transmission lines are distributed parameter systems. Instead of distributed parameter
models, lumped parameter models are also used for steady-state and transient analysis of …

An EHV/HV transmission system (or network) is beneficial in transferring electrical energy
over long distance [1, 2]. It consists of many components: overhead lines (OHLs) …

An s-domain method for transient analysis of lossy, frequency dependent nonuniform
transmission lines having parameters arbitrary varying with space is presented. Nonuniform …

Selection of the interruption capabilities of HVDC circuit breakers (DCCB) requires an
estimation of the maximum DC-side fault current and absorbed energy. However, estimating …