To simulate some microwave devices with thin-wire structures, we propose a round contour path integral(RCPI) method to calculate the currents on conducting thin-wire by using subcell technique in the Finite Difference Time Domain (FDTD) method. Through simulation examples, the RCPI method is verified to be more accurate than the conventional square contour path integral (SCPI) method.Engineering, Electrical & ElectronicTelecommunicationsCPCI-S(ISTP)
International audienceWe have recently introduced a new approach based on Holland's formalism to dea...
This work pertains to the study of passive electronic devices with fine features, e.g., electronic p...
The finite-difference time-domain method gives accurate results for the calculation of electromagnet...
The round contour integration method is proposed to accurately simulate the currents on conducting t...
The calculation of induced current on wires is important if equipment immunity to electromagnetic ha...
This paper presents an extended thin-wire model for simulating lightning surge or wave propagation o...
In the first half of this work, a subgridding algorithm with separate spatial and temporal subgriddi...
International audienceRecently we have introduced a new approach based on Holland's formalism to dea...
The analysis of shielding enclosures is complicated by the existence of apertures and cables. The fi...
This thesis consists of two sections. In Section 1, an efficient implementation of a surface impedan...
International audiencen the FDTD method, the Cartesian meshing is a critical point for conforming st...
Recently, the simulation of high frequency devices has become of increasing importance due to the de...
AbstractA novel technique for treating electrically thin dispersive layers with the finite-differenc...
Microwave circuits play an important role in wireless communications. Microwave circuits are made up...
In this dissertation, two methods for improving Finite-Difference Time-Domain (FDTD) simulations o...
International audienceWe have recently introduced a new approach based on Holland's formalism to dea...
This work pertains to the study of passive electronic devices with fine features, e.g., electronic p...
The finite-difference time-domain method gives accurate results for the calculation of electromagnet...
The round contour integration method is proposed to accurately simulate the currents on conducting t...
The calculation of induced current on wires is important if equipment immunity to electromagnetic ha...
This paper presents an extended thin-wire model for simulating lightning surge or wave propagation o...
In the first half of this work, a subgridding algorithm with separate spatial and temporal subgriddi...
International audienceRecently we have introduced a new approach based on Holland's formalism to dea...
The analysis of shielding enclosures is complicated by the existence of apertures and cables. The fi...
This thesis consists of two sections. In Section 1, an efficient implementation of a surface impedan...
International audiencen the FDTD method, the Cartesian meshing is a critical point for conforming st...
Recently, the simulation of high frequency devices has become of increasing importance due to the de...
AbstractA novel technique for treating electrically thin dispersive layers with the finite-differenc...
Microwave circuits play an important role in wireless communications. Microwave circuits are made up...
In this dissertation, two methods for improving Finite-Difference Time-Domain (FDTD) simulations o...
International audienceWe have recently introduced a new approach based on Holland's formalism to dea...
This work pertains to the study of passive electronic devices with fine features, e.g., electronic p...
The finite-difference time-domain method gives accurate results for the calculation of electromagnet...