In this paper, the current state of the art on shunt piezoelectric systems for noise and
vibration control is reviewed. The core idea behind the operation of electronic shunt …

This paper performs the nonlinear dynamic analysis and vibration reduction of the panel
structures subjected to supersonic airflow. The negative capacitance piezoelectric shunt …

In this paper, a tunable functionally graded metamaterial beam is designed for flexural wave
attenuation by integrating piezomagnetic shunt damping system and inertial amplification …

This paper proposes a nonlinear piezoelectric shunt damping circuit to mitigate the vibration
of the plate structures subjected to the aerodynamic and harmonic excitations. The nonlinear …

This paper proposes a new tool for the selection of optimal elementary shunts connected to
piezoelectric patches, which are bonded on thin structures to control the multi-resonant …

The sandwich plate structures with corrugated cores are extensively utilized in engineering
cases, such as the panels in railway vehicles, aerospace flight vehicles and so on. These …

The vibration suppression of the nonlinear beam structure under harmonic excitations by
employing the nonlinear piezoelectric shunt damping circuit (PSDC) is researched. The …

A novel sequential tuning procedure for passive piezoelectric shunts targeting multiple
structural modes is proposed in this work. The control authority on each targeted mode can …

This work develops a unified modeling framework for piezoelectric structures controlled by
passive shunts connected to a single transducer and/or networks interconnecting multiple …

This paper considers the problem of natural vibrations of a deformable structure containing
elements made of piezomaterials. The piezoelectric elements are connected through …