Structual Imaging, Part II, Chapter 13: Solving the wave equation using metshless kernel-based methods

Structural Imaging, Chapter 12: Solving the wave equation using meshless kernel-based methods

Solving the Helmholtz Equation using meshless Kernel-based methods

Solving Helmholtz Equation using Meshless Kernel-based methods

Scattered Data Modelling using Kernel-based Methods

Calculation of point-to-point Green's function traveltimes and amplitudes using neural networks

Numerical Performance of a Parallel Solution Method for a heterogeneous 2D Helmholtz Equation

Application of neural networks to travel-times computation

A parallel multigrid-based preconditioner for the 3D heterogeneous high-frequency Helmholtz equation

Application of neural networks to travel-times computation

Foundations of acoustic methods used in non-destructive inspection of laminated materials

Generation of elastic waves in a laminted solid by a moving photothermal source

Instability analysis of vibrations of a uniformly moving mass in one and two-dimensional elastic systems

Radiation emitted by a constant load in a circular motion and elastically supported Mindlin plate

Radiation emitted by constant load moving uniformly in a circle on an elastically supported membrane

Transition radiation in two-dimensional elastic systems