2006Unpublished venueRequires access

Efficient simulation of EMI induced in the platformmounted antennas using a hybrid moment methodphysical optics method

Xing‐Chang Wei, E.P. Li, Y.J. Zhang, Shuopeng Wang

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Abstract

In this paper, the wire antenna mounted on an electrically large platform is analyzed. The antenna and its nearby region are modeled using moment method, while other regions are modeled using physical optics. The number of unknowns and computing time are greatly reduced compared with the original moment method. At the same time, we propose a simple model of current expansion for the junction of more than two triangles, which provides accurate and robust results both in moment method and physical optics solutions. Several numerical examples are presented to show the accuracy and efficiency of this hybrid method and the proposed current model.

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What this paper is about

In this paper, the wire antenna mounted on an electrically large platform is analyzed. The antenna and its nearby region are modeled using moment method, while other regions are modeled using physical optics. The number of unknowns and computing time are greatly reduced compared with the original moment method. At the same time, we propose a simple model of current expansion for the junction of more than two triangles, which provides accurate and robust results both in moment method and physical optics solutions. Several numerical examples are presented to show the accuracy and efficiency of this hybrid method and the proposed current model.

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Available abstract

In this paper, the wire antenna mounted on an electrically large platform is analyzed. The antenna and its nearby region are modeled using moment method, while other regions are modeled using physical optics. The number of unknowns and computing time are greatly reduced compared with the original moment method. At the same time, we propose a simple model of current expansion for the junction of more than two triangles, which provides accurate and robust results both in moment method and physical optics solutions. Several numerical examples are presented to show the accuracy and efficiency of this hybrid method and the proposed current model.

Key concepts: Moment (physics), Physical optics, Method of moments (probability theory), EMI, Antenna (radio), Current (fluid), Electromagnetic interference, Computer science

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