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DEVELOPMENT OF A NEW SEMI-ACTIVE FRICTION DAMPER USING PIEZOELECTRIC TECHNOLOGY FOR THE ANTI-SEISMIC CONTROL OF CIVIL STRUCTURES

Romeo DI LEO, Leonardo LECCE, Francesco AMOROSO
2012 Mechanics and Control  

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This work presents a new semi-active friction damper, based on the piezoelectric technology, for the anti-seismic control of a civil structure. The device has been conceived and designed at D.I.A.S. (Department of Aerospace Engineering) of University Federico II of Naples. It belongs to the family of the semi-active technologies of structural control for a civil structure. Damper is based on an external cylinder and an internal hollow piston that slips inside the cylinder. Device presents an
more » ... ginal conceptual lay-out, developed at D.I.A.S and it is independent by any scheme, available in literature.
doi:10.7494/mech.2012.31.1.1 fatcat:l5nk5yznfvatblnqalehb4r3iu
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Romeo DI LEO, Leonardo LECCE, Francesco AMOROSO. "DEVELOPMENT OF A NEW SEMI-ACTIVE FRICTION DAMPER USING PIEZOELECTRIC TECHNOLOGY FOR THE ANTI-SEISMIC CONTROL OF CIVIL STRUCTURES." Mechanics and Control 31.1 (2012)