Piezoelectric composites have emerged as a versatile platform with immense potential for
tailoring electro-mechanical properties to cater to a wide spectrum of applications. Central to …

To study the active control of the geometrically nonlinear vibration of flexible composite
laminates, it is necessary to create its dynamic model and predict the effect of vibration …

A modified higher-order zigzag theory (HOZT) is proposed for static analysis of laminated
composites/sandwich shells, which accounts for transverse shear and normal strain. In …

The paper presents a semi-analytical method to solve the two-dimensional unbounded
layered domain of piezoelectric material problem. The modified scaled boundary finite …

The vibration energy harvester beam made of laminated composite material bonded with a
piezoelectric patch was studied. The harvester model was developed using finite element …

In this study, the stability and vibration analyses of a spinning smart nanotube under
electrical loads are examined for the first time. The smart nanotube structure is made from a …

Structural parts are designed to maintain their integrity, but over time factors such as aging,
environmental conditions, and accidents can cause changes that lead to failure. Structural …

In this study, the analysis of free vibrations for doubly curved laminated shells has been
performed with modified higher order zigzag theory (MHOZT). This approach incorporates …

The static flexural behaviors and free vibration responses of smart hybrid plates integrated
with piezoelectric laminae are under discussion aided by the scaled boundary finite element …

The study focuses on the low‐velocity impact response of functionally graded piezoelectric
plates. The effective material properties are determined using the rule of mixture and power …