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In order to characterize the damping behavior of thin passively constrained layer damping (CLD) loudspeaker membranes, usually the whole loudspeaker has to be built.
In semi-active synchronized switch damping (SSD) approaches for structural vibration control, the damping effect is achieved by properly switching the voltage on the piezoelectric actuators.
Accurate determination of thermoelastic damping (TED) is very challenging in the design of micro-resonators.
The non-obstructive particle damping (NOPD) technology has been recently developed from particle damping and impact damping technologies.
We present new experimental data illustrating the importance of thermoelastic damping (TED) in MEMS resonant sensors.
This paper proposes the use of rate-independent linear damping (RILD) for vehicle suspension systems.
Accurate determination of thermoelastic damping (TED) is very challenging in the design of microresonators with composite structures.
Particle damping (PD) has been well known for its simplicity and high efficiency in attenuating structure vibration.
To improve further the performance of the wheel design, a constrained layer damping (CLD) treatment is applied on the web.
Particle impact damping (PID) is measured for a cantilevered beam with a particle-filled enclosure attached to its free end.
The synchronized switch damping (SSD) technique has been demonstrated as an efficient means of suppressing structure vibrations.
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