An effective approach is presented for simulation of thin resistive sheets in FDTD. The approach is based on surface impedance and piecewise linear recursive convolution technique. This approach can be combined with a conformal scheme so that it can be applied to deal with an arbitrarily shaped thin sheet. The simulation results for a couple of examples have shown that the approach is robust, stable and quite accurate.
Publications
XFdtd Release 7.11.1 introduces several enhancements designed to elevate simulation accuracy, expand analysis capabilities, and streamline the engineering workflow. This release reflects Remcom’s continued focus on solving high-value challenges in antenna design, PCB modeling, and phased array system development.
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Videos
This brief interview with Remcom's engineers highlights the evolution of a software platform that unites Remcom's FDTD code with its ray-tracing tools to analyze complex near-field in large-scale propagation environments.
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Webinars
In this webinar, we present a methodology for modeling radar returns and shadowing from humans, including the effects of breathing and heart rate on micro-Doppler.
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