Bandgaps of traditional phononic crystals (PCs) are determined using structural geometric
parameters and material properties, and they are difficult to tune in practical applications …

In this paper, a meshless method has been developed to analyze stresses and deflections in
an advanced smart lightweight sandwich plate (ASLSP) subjected to thermo-electro …

The wave finite element method has been developed for waveguides and periodic
structures with advantages in the calculation time. However, this method cannot be applied …

Several solutions for multimodal vibration dam** of thin mechanical structures based on
piezoelectric coupling have been developed over the years. Among them, piezoelectric …

The objective of this study is to extend the concept of analogous piezoelectric networks to
vibration mitigation of multiple nonlinear resonances. First, the undamped linear part of the …

In this paper, the composite beam is modeled in the case of the laminated material for the
bending vibration. An analytical formulation is offered and used to extract the stiffness and …

This paper presents a diffusion formulation for the Wave Finite Element (WFE) Framework,
applied to the design of micro-resonators for low-frequency vibration control. First, the …

The transfer matrix method for linear multibody systems is capable of providing precise
solutions for the dynamics of various mechanical systems, but it may also suffer from …

In this work, the Second Strain Gradient (SSG) theory proposed by Mindlin is used within a
Wave Finite Element Method (WFEM) framework for dynamic analysis of enriched medias …

The wave finite element method (WFE) has been developed originally for one dimensional
periodic structures with advantage in calculation time. However, this method cannot apply …