Lamb wave-based structural health monitoring offers excellent potential for real-time
delamination detection in laminated structures. It necessitates fast and accurate numerical …

This paper presents a novel higher-order C 1 continuous Chebyshev spectral element
method for the free vibration analysis of rectangular thin plates with corner and inner cutouts …

Efficient structural elements are widely sought for fast computation of wave propagation
response of anisotropic multilayered structures for their design, non-destructive testing, and …

Lamb wave-based structural health monitoring requires fast and accurate simulation tools
for guided wave propagation in structures. In this article, a computationally efficient …

The numerical investigation of acoustic damping materials, such as foams, constitutes a
valuable enhancement to experimental testing. Typically, such materials are modeled in a …

Many modern structural health monitoring (SHM) systems use piezoelectric transducers to
induce and measure guided waves propagating in structures for structural damage …

A high-order layerwise multiresolution method that utilizes Daubechies wavelet and scaling
functions for the approximation of state variables is presented for the enhanced simulation of …

We develop a computationally efficient time-domain spectral finite element (SFE) based on
Levinson–Bickford–Reddy's third-order theory to accurately predict guided wave …

The advantages of the multiresolution finite wavelet domain method in terms of convergence
speed and solution localization capabilities have been demonstrated in dynamic simulations …

The model-based structural health monitoring techniques for composite structures based on
guided waves demand fast and accurate computation of the wave propagation response …