Abstract: A
general model of flexible isolation systems which involves both
the passive and active control factors is established by
inserting actuators into an passive isolation system. And the
power flow transmission function in such a system as with
multi-disturbance, multi-mounts, passive isolators and actuators
is deduced. By means of the numerical simulation method, the
influence of actuators on power flow transmission characteristic
is studied. And as a conclusion, the passive-active synthetic
control strategy of power flow is summarized.
Key words:
Vibration isolation Power flow
Coupling Active control
Manuscript
received on April 26, 2000; revised manuscript October 28, 2000
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