Considering the number of applications, and the quantity of research conducted over the
past few decades, it would not be an overstatement to label the piezoelectric materials as …

Synchronized switch damping (SSD) principle and derived techniques are a classical semi-
active vibration control method based on piezoelectric elements. This paper presents a …

Modern turbomachinery blades have extremely low inherent damping, which can lead to
high transient vibrations and failure through high-cycle fatigue. Smart materials enable …

This paper presents a novel hybrid model, termed Synchronized Switch Damping with
Voltage Sources in Parallel (SSDVP), for enhancing the performance of synchronized switch …

Here, we report the results of strain-controlled spin-wave propagation regimes in a double-
period multiferroic structure. It consists of an alligator-type magnonic crystal with a period of …

Synchronized switch damping (SSD) techniques exploit low-power switching between
passive circuits connected to piezoelectric material to reduce structural vibration. In the …

The semi-active synchronized switch damping (SSD) approach has been widely used in
vibration suppression owing to its many advantages compared with the active and passive …

Manufacturing tolerances and engine wear produce slight variations in the nominally
identical blades of a bladed disk, or blisk. In theory, the vibrational energy of a tuned blisk is …

Semi-passive vibration control with the Synchronized Switching Damping on Inductor (SSDI)
technique has attracted significant attention in recent years. However, the damping …

Synchronized switch damping on negative capacitance (SSDNC), as one of the nonlinear
synchronized switch damping (SSD) techniques, has been received much attention in recent …