The paper presents an application of a 3D Boundary Element computational procedure to the estimation of the stray capacitance of a HV divider. The numerical model uses as unknowns the scalar electric potential and the normal component of its gradient; it allows the computation of the electric field distribution in a domain including volume charges having a known potential.
Applications of a 3D BEM model for predicting stray capacitance in high voltage measuring devices / Bottauscio, O., Chiampi, M., Saracco, O., Sardi, A., Zucca, M.. - (1998), pp. 145-154.
Applications of a 3D BEM model for predicting stray capacitance in high voltage measuring devices
BOTTAUSCIO, ORIANO;SARDI, ANGELO;ZUCCA, MAURO
1998
Abstract
The paper presents an application of a 3D Boundary Element computational procedure to the estimation of the stray capacitance of a HV divider. The numerical model uses as unknowns the scalar electric potential and the normal component of its gradient; it allows the computation of the electric field distribution in a domain including volume charges having a known potential.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.


