Sentence examples for matched layer is from inspiring English sources

The anisotropic perfectly matched layer is employed to truncate the boundary for unbounded problems.

The full vector finite element method with perfectly matched layer is used to investigate the non-linear properties of hollow core PCF effectively.

In the present paper, a perfectly matched layer is proposed for absorbing out-going two-dimensional waves in a uniform mean flow, governed by linearized Euler equations.

The perfectly matched layer is a technique of free-space simulation developed for solving unbounded electromagnetic problems with the finite-difference time-domain method.

The theory of the perfectly matched layer is generalized to three dimensions and some numerical experiments are shown to illustrate the efficiency of this new method of free-space simulation.

Perfectly matched layer was applied to all the outermost borders and the mesh size was set to 15 × 15 × 15 nm3.

Two absorbing boundary conditions, the absorbing sponge zone and the perfectly matched layer, are developed and implemented for the spectral difference method discretizing the Euler and Navier Stokes equations on unstructured grids.

For viscoelastic materials, both material and geometric dispersion are possible when the diameter of the matching layer is of the same order as the wavelength.

For the double-layer absorbers, the minimum RL can reach −57.5 dB when the absorption layer is filled with 0.6 mm thick PANI nanofibers/LZFO nanocomposite and the matching layer is filled with 1.4 mm thick PANI nanofibers, and the bandwidth with RL below −10 dB reaches 5.5 GHz.

When the absorbing layer is PANI with a thickness of 0.4 mm, and the matching layer is PANI/Fe3O4 composite with a thickness of 0.6 mm, the minimum reflection loss (RL) reaches −42 dB at 29.27 GHz and the absorption bandwidth with RL below −10 dB is about 11.8 GHz.

Specially designed perfectly matched layers are implemented to deal with the infinite extent of the plates.