Conceptual design of contemporary high-frequency structures is typically followed by a
careful tuning of their parameters, predominantly the geometry ones. The process aims at …

In this paper, we design a truly exact perfect absorbing layer (PAL) for domain truncation of
the two-dimensional Helmholtz equation in an unbounded domain with bounded scatterers …

This paper introduces modifications to the classical Pennes' equation through the Cattaneo
correction and considers the influence of a magnetic field on the heat generation of the fluid …

A modeling method based on the wave superposition method is studied in this paper.
Different underwater acoustic propagation models are used in the near and far field. Taking …

The development and application of the higher-order perfectly matched layer (HO-PML)
often suffer from inadequate absorption performance due to empirically chosen PML …

Based on a combination of the finite element method and wave superposition method (FEM-
WSM), an integrated calculation method of fluid-structure coupling vibrations, acoustic …

To avoid the complex and resource-intensive electromagnetic absorber (EMA) modeling
and simulation, this letter proposes to use the convolutional perfectly matched layer (CPML) …

In this paper, a kind of FEM–WSM (Finite Element Method–Wave​ Superposition Method) is
used to calculate the acoustic radiation of axisymmetric structures in finite water depth. FEM …

We have investigated the plasmonic effects in a two-dimensional periodic array of
metallodielectric nanorods with and without the rotational angle, in which the integration of …

FDTD (Finite Difference Time Domain) numerical method is capable of modeling complex
electromagnetic phenomena by calculating electric and magnetic fields using Yee's …