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

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

A novel high-order accurate approach to the analysis of beam structures with bulk and thin-
walled cross-sections is presented. The approach is based on the use of a variable-order …

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

Efficient structural element-based models are essential for fast simulations of wave
propagation in composite structures for model-based and physics-informed data-driven …

In this paper, the numerical properties of a recently developed high‐order S pectral Euler‐
Bernoulli B eam E lement (SBE) featuring a C1‐continuous approximation of the …

Fire is a significant threat to human lives and the integrity of buildings. To better understand
the complex behavior of masonry exposed to high temperatures, thermal analyses were …

This article presents the efficient electromechanically coupled layerwise zigzag theory
(ZIGT)-based time-domain spectral element (TDSE) for analyzing the composite beam/panel …

Guided wave-based structural health monitoring techniques require accurate and fast
simulation tools for high-frequency wave propagation in the laminate structures. This article …