In this letter, the Wedepohl-Wilcox series is combined with the trapezoidal rule of integration for calculating ground return impedances of buried cables. In this hybrid method, the former are used for low frequencies and the latter are for high frequencies. Based on a numerical analysis, a criterion for switching between series and numerical integration is proposed here and compared with the one proposed by Wedepohl-Wilcox. Validation of the improved criterion is made via an electromagnetic transient. © 1986-2012 IEEE
The impedances of cables are some of the parameters needed for various studies in cable systems. In...
This paper made an analysis of some numerical integration methods that can be used in electromagneti...
In this work, the inductance and resistance of different cable configurations are obtained by dividi...
In this letter, the Wedepohl-Wilcox series is combined with the trapezoidal rule of integration for ...
AbstractIn this paper, the Wedepohl-Wilcox series, proposed for calculating ground-return impedances...
Aerial and buried electric conductors often share the same right of way. When a phase-to-ground faul...
This paper presents an alternative solution based on infinite series for the accurate and efficient ...
Electromagnetic transients on underground power cables are highly influenced by the natural resistiv...
Abstract—This paper presents an effective numeric method to compute Pollaczek integral. This integra...
Nos remerciements à IEEE pour l'autorisation de mise à disposition du papier complet. © IEEE Copyrig...
This thesis describes numerical methods for the evaluation of the series impedance matrix and shunt ...
The time-domain calculation of electromagnetic transients in multi-conductor lossy overhead lines an...
During transients involving multiconductor lines, the importance of the ground finite conductivity i...
The paper presents an evaluation of analytical self and mutual impedances formulas of lines with ear...
The availability of accurate and broadband models for underground and submarine cable systems is of ...
The impedances of cables are some of the parameters needed for various studies in cable systems. In...
This paper made an analysis of some numerical integration methods that can be used in electromagneti...
In this work, the inductance and resistance of different cable configurations are obtained by dividi...
In this letter, the Wedepohl-Wilcox series is combined with the trapezoidal rule of integration for ...
AbstractIn this paper, the Wedepohl-Wilcox series, proposed for calculating ground-return impedances...
Aerial and buried electric conductors often share the same right of way. When a phase-to-ground faul...
This paper presents an alternative solution based on infinite series for the accurate and efficient ...
Electromagnetic transients on underground power cables are highly influenced by the natural resistiv...
Abstract—This paper presents an effective numeric method to compute Pollaczek integral. This integra...
Nos remerciements à IEEE pour l'autorisation de mise à disposition du papier complet. © IEEE Copyrig...
This thesis describes numerical methods for the evaluation of the series impedance matrix and shunt ...
The time-domain calculation of electromagnetic transients in multi-conductor lossy overhead lines an...
During transients involving multiconductor lines, the importance of the ground finite conductivity i...
The paper presents an evaluation of analytical self and mutual impedances formulas of lines with ear...
The availability of accurate and broadband models for underground and submarine cable systems is of ...
The impedances of cables are some of the parameters needed for various studies in cable systems. In...
This paper made an analysis of some numerical integration methods that can be used in electromagneti...
In this work, the inductance and resistance of different cable configurations are obtained by dividi...