… , shunt circuit inductances can be drastically reduced. To justify our claims, we present a
theoretical analysis of the damped system … piezoelectric shunt damping structure is presented. …

… requirements of piezoelectric transducers can be reduced by … of piezoelectric shunts with a
parallel resistor and inductor … optimal choice of shunt system to reduce the structural vibrations…

… the electrodes of the piezoelectric patches in order to decrease the required inductance.
However, they also show that this solution induces a reduction of the damping performance. …

… 6(d), increases the energy dissipation of the resonant shunt and reduces the required
inductance L. The network must be tuned to the excitation frequency similar to the network RL-…

… shunt damping with a series resistance, inductance … piezo and the inductance of the
electromagnetic transducer may have variation. Such variations can severely reduce shunt damping …

… The passive shunt damping systems for reducing structural … and inductive-resistive resonant
piezoelectric shunt circuits to … To reach the optimum vibration reduction, this would require …

… a set of industry standards that underpin high-quality, ethical scholarly communications. …
circuit connected to the piezoelectric patches is a resistance R and an inductance L in series, is …

… of shunt circuits capable of significantly reducing structural … for implementing piezoelectric
shunt damping circuits. A … Reducing the inductance requirements of piezoelectric shunt …

… shunt circuit and inherent piezoelectric capacitor C v are in series, implementing shunt circuit
resonance will require a very large inductor … a lower value resulting in larger inductance so …

… in parallel to the piezo, aiming at reducing the values required for the … shunted piezoelectric,
including the analytical and experimental aspects together with the synthetic inductor design…