Piezoelectric shunt damping has been described as a collocated control. Shunt damping has very low requirements compared to other control techniques. Only one single piezoceramic is necessary and the shunt can consist of passive elements only. However, the performance can be largely improved with negative capacitance shunts, which require energy for operation. Yet, the shunt has to be tuned to one structural vibration mode, and other modes may not be damped. In a complex eigenvalue analysis of the brake system, parametersets of the shunt could be found which stabilize the brake and suppress brake squeal. The theoretical results have been validated experimentally on a brake test rig.
Brake squeal suppression with shunted piezoceramics - a control formalism
Vermeidung des Bremsenquietschens mittels beschalteten Piezokeramiken und dezentraler Regelung
2006
6 Seiten, 10 Bilder, 5 Quellen
Conference paper
Storage medium
English
Brake squeal control with shunted piezoceramics — efficient modelling and experiments
SAGE Publications | 2008
|Brake squeal control with shunted piezoceramics - efficient modelling and experiments
Tema Archive | 2008
|Brake squeal control with shunted piezoceramics - efficient modelling and experiments
TIBKAT | 2008
Brake squeal control with shunted piezoceramics - efficient modelling and experiments
Automotive engineering | 2008
|Brake squeal control with shunted piezoceramics – efficient modelling and experiments
Online Contents | 2008
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