Small-scale magnetorheological dampers for vibration mitigation ...
Small-scale magnetorheological dampers for vibration mitigation ...
Small-scale magnetorheological dampers for vibration mitigation ...
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Introduction<br />
Hysteretic models<br />
Identification methodology<br />
Future work<br />
Experimental identification<br />
Summary<br />
Identification of a large-<strong>scale</strong> MR controllable-fluid damper<br />
Main characteristics<br />
Yang et. al., 2004<br />
Real-time damping is controlled by the<br />
increase in yield stress of the MR fluid in<br />
response to magnetic field strength<br />
High dissipative <strong>for</strong>ce at low velocity<br />
Continual optimization<br />
High dynamic range<br />
Inherent stability and failure-safety<br />
Mechanical simplicity<br />
Fast response-time<br />
<strong>Small</strong> device size<br />
Large temperature range<br />
Arturo Rodríguez Tsouroukdissian<br />
<strong>Small</strong>-<strong>scale</strong> MR <strong>dampers</strong> <strong>for</strong> <strong>vibration</strong> <strong>mitigation</strong>