We present a node-based discontinuous Galerkin (DG) pseudospectral time domain (PSTD)
algorithm, with adaptive nonconformal unstructured meshes, for 3-D large-scale Maxwell's …

We propose a scientific machine learning (SciML) algorithm toward 3-D dynamic digital
twins, which represent multiphysics coupling effects in large-scale electronic chips. The …

Constant Q, also called frequency‐independent Q, is a phenomenological assumption often
used in practice for dissipative wave propagation in both forward and inverse seismic …

Wave simulation in absorptive media using decoupled fractional Laplacian wave equation
has received widespread attention in recent years, largely due to its precise description of …

We formulate and implement a spectral element method to simulate elastic wave
propagation in an arbitrary anisotropic background with discrete anisotropic fractures. The …

The unsplit complex frequency-shifted perfectly matched layer (CFS-PML) has been widely
used in the first-order wave equation in velocity and stress while rarely formulated for the …

Accurate and efficient seismic wave modeling is fundamental for the high-resolution seismic
full-waveform inversion and correct interpretation of seismic data. Based on the viscoelastic …

Elliptical anisotropy is convenient to use as the reference medium in perturbation methods
designed to study P-wave propagation for transverse isotropy (TI). We make the elliptically …

An hp-and memory-adaptive discontinuous Galerkin time-domain algorithm is presented to
efficiently model wave propagation in poroelastic media, with the incorporation of 3-D fully …

An efficient higher-order (HO) perfectly matched layer (PML) algorithm based on the direct
integration (DI) method is proposed for terminating finite-difference time-domain (FDTD) …