The primary focus of this paper is to analyze the impact of the periodic resonators on the
wave dispersion phenomenon of a thin-walled asymmetric beam. An analytical framework …

This study presents an innovative analytical model to estimate the overall energy dissipation
in damped Euler–Bernoulli beams with uniform and non-uniform (stepped) cross-sections …

Curve beams are widely used in structural engineering like civil engineering and aircraft
structures. Due to their coupling effects of bending, shear, and torsion, curve beams have a …

The influence of the periodic resonators on wave dispersion of a thin-walled mono-
symmetric beam is studied in this paper. The primary focus is to develop a non-dimensional …

The paper presents a unified homogenization-based methodology to estimate the damping
enhancement, known as metadamping, for a thin-walled mono-symmetric beam (TWMSB) …

The ultra-miniaturization trend of chips presents new challenges for non-destructive peeling-
off techniques. This study models the mini-LED chip-UV film adhesive system as a micro …

A novel metamaterial periodic multi-span beam with elastic supports and local resonators is
designed and studied. The vibration characteristics of the designed metamaterial multi-span …

With the miniaturization of devices, the size effect of structures becomes increasingly
apparent and it becomes crucial to consider flexoelectricity in MEMS/NEMS. Given that …

This research proposes the analytical model of wave propagation through a Micropolar-
Cosserat (MC) periodic composite panel (PCP). A periodic panel comprises a transversely …

This study proposed a method of estimating the damping enhancement, ie metadamping of
a thin-walled mono-symmetric beam due to the impregnation of periodic damped …