Abstract
In this work, it is analyzed the wideband performance of the Conformal Finite Difference Time-Domain (C-FDTD) for Dielectric materials in the scattering simulation of a curved surface with different densities of discretization in coarse meshes. Applying the C-FDTD approach, it is evaluated its performance and accuracy drop along with the mesh impoverishment to bring a broader and newer insight regarding the C-FDTD’s application and limitations in coarse meshes. With this study, coarse meshes, with smaller execution time and reduced memory usage, can be further explored reliably, enabling a better trade-off between accuracy and computational effort.
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