With the development and applications of nano-electro-mechanical systems, academic
interest in the mechanical behavior of piezoelectric structures at nanoscale is increasing …

This paper develops a new solution approach to solve nonlinear forced vibrations of
functionally graded (FG) piezoelectric shells in multi-physics fields. The FG piezoelectric …

The present study focuses on the moving Kriging meshfree (MKM) technique combined with
the three-dimensional strain gradient continuum mechanics to analyze three-dimensional …

In the current exploration, the size-dependent nonlinear dynamical performance of
piezoelectric bridge-type energy harvesters at microscale is analyzed. The proposed …

This paper explores the concept of an acoustic black hole (ABH) as a main design
framework for performing dynamic structural tailoring of mechanical systems for vibration …

The prime aim of the current exploration is that to analyze the size-dependent nonlinear
dynamics of microsize laminated bridge-type piezoelectric energy harvesters containing a …

The chief point of the present study is to analyze numerically the surface stress effects on the
nonlinear dynamic performance of nanosized lightweight piezoelectric bridge-type energy …

Smart materials and structures at the nanoscale represent the main components in
manufacturing plan for nano-electromechanical systems. In this research study, an …

In the current investigation, the microstructural-dependent nonlinear stability characteristics
of functionally graded (FG) piezoelectric cylindrical micropanels under combinations of axial …

Piezoelectric nanostructures are one of the essential components in the design of
electromechanical systems and devices at nanoscale. In the present exploration, a size …