Dynamics analysis of flexible rotor supported by floating ring bearings

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The asymmetric flexible rotor of turbocharger supported by floating ring bearings is studied. The operating speed of the rotor is 70, 000 rpm. A discrete model of the flexible rotor has been designed. The steady-state mode of the turbocharger rotor is considered. Found rotational speed of 85, 000 rev/min, above which the bearing load capacity is exhausted.

Flexible rotor, floating rings bearing, reynolds equation, turbocharger, steady-state mode

Короткий адрес: https://sciup.org/147151665

IDR: 147151665

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