Fiber‐reinforced composites are a popular lightweight materials used in a variety of
engineering applications, such as aerospace, architecture, automotive, and marine …

This work presents the study of the dynamics and active control of a cantilever sigmoid FGM
beam with porosities in a thermal environment. During this study, we considered the …

This study is concerned with the dynamic behavior of a piezoelectric material strip with a
parallel crack under thermal shock and transient electric loading. The governing thermal and …

With the rapid development and applications of micro/nano electromechanical systems in
engineering fields, piezoelectric materials have been widely used in these systems due to …

A high-precision equipment is very sensitive to vibration, even micro vibration. How to
isolate the low-frequency broadband multidirectional vibration remains a challenge. As the …

Piezoelectric devices with integrated actuation and sensing capabilities are often used for
the development of electromechanical systems. The present paper addresses …

A novel control strategy that combines model predictive control (MPC) with semi-active
vibration control that uses a highly effective, energy-efficient, and stable piezoelectric …

The paper considers tasks related to the search for the parameters of smart-systems with
piezoelectric elements, to the electroded surfaces to which elements of electrical circuits are …

The theoretical study and experimental validation of a nonlinear shunt circuit for
piezoelectric vibration damping is investigated here. The circuit consists of a resistor, an …

The driving performance and endurance mileage of microunderwater vehicle can be
improved by reducing the wall friction drag. The existing underwater drag reducers can …