Wavelet analysis is a new method called 'numerical microscope'in signal and image
processing. It has the desirable advantages of multi-resolution properties and various basis …

This paper presents an application of wavelet finite element method adopting B-spline
wavelet on the interval to investigate static and free vibration problems of laminated …

The idea of classifying built-up structures into hybrid deterministic-statistical subsystems is
formed as a framework to deal with the dynamical response in the mid-frequency region …

This study presents, for the first time, a unified wavelet finite element formulation for static
and free vibration analysis of laminated composite shells, combining the wavelet finite …

The multiresolution capability provided by the family of Daubechies wavelets is exploited to
develop a new computational approach, termed as multiresolution finite wavelet domain …

A Multiresolution finite wavelet domain meshless approach is presented for the simulation of
guided waves in composite beams. The Daubechies wavelet and scaling functions are both …

The paper aims at the application of a hierarchical wavelet homotopy methodology for
solving nonlinear bending of anisotropic thin plates. The newly mechanical models of …

This paper introduces two-dimensional (2D) and 3D acoustic modeling and modal analysis
using the wavelet finite-element method (WFEM). Governed by the Helmholtz equation, the …

The nonlinear dynamic pulse buckling of imperfect composite plate with embedded
delamination is investigated numerically in this article. The dynamic buckling load is …

The two-dimensional Hermitian interpolation wavelet is constructed by using the tensor
product of the modified Hermitian wavelets expanded at each coordinate. Then the two …