Harmonic distortion and harmonic resonance problems have been widely concerned and
reported in railway electrification systems (RESs) due to the harmonic injection from the …

This paper presents a qualitative overview of the main developments carried out by the
Brazilian Electrical Energy Research Center and the Brazilian Power System Operator to …

Low-frequency oscillation (LFO), harmonic resonance, and harmonic instability phenomena
in high-speed railways (HSRs) result from the interactions between multiple electric trains …

Rational approximation of frequency-domain responses is commonly used in
electromagnetic transients programs for frequency-dependent modeling of transmission …

1.1 Background Physical structures and processes are modeled by dynamical systems in a
wide range of application areas. In structural analysis, for instance, one is interested in the …

This paper describes two network models which allow several harmonic and
electromagnetic transient analysis, being, therefore, more flexible than conventional ones. In …

This article proposes a new method called the Compensated Distributed-Parameter Line
Decoupling (CDLD) method, and used for decoupling distribution networks among parallel …

A new algorithm for the computation of dominant poles of transfer functions of large-scale
second-order dynamical systems is presented: the quadratic dominant pole algorithm …

This paper describes an algorithm for the sequential computation of transfer function
dominant poles of s-domain system models. The algorithm is suited for the modal analysis of …

This study does research on resonance and harmonic transmission problems in a new
continuous cable traction power supply system (CCTPSS), CCTPSS can realise long …