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IssuesArchive of Issues2022-3pp.604-616

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Sovan Sundar Dasgupta, "Dynamics of a Non-Ideal Gyroscopic Rotor System with Translational-Rotational Coupling Effect of External and Internal Damping," Mech. Solids. 57 (3), 604-616 (2022)
Year 2022 Volume 57 Number 3 Pages 604-616
DOI 10.3103/S0025654422030116
Title Dynamics of a Non-Ideal Gyroscopic Rotor System with Translational-Rotational Coupling Effect of External and Internal Damping
Author(s) Sovan Sundar Dasgupta (School of Mechanical Engineering, Vellore Institute of Technology, Vellore, Tamil Nadu, India, sovan@vit.ac.in)
Abstract Non-ideal high-speed rotors often exhibits nonlinear jumps driven through a power drive with limited capacity. The study of nonlinear jump in such rotor system is of considerable current interest. These systems often get destabilized on exceeding a critical input power proximity to resonance. This phenomenon is known as the Sommerfeld effect. The present study investigates the dynamics of a disk mounted non-centrally on a flexible shaft driven through a brushed DC motor. Additionally, cross-coupled external and internal damping both are considered for the present study. The steady-state and transient analysis of the proposed system reveal a couple of interesting facts about the complex interaction of the gyroscopic rotor with the motor.
Keywords internal damping, Sommerfeld effect, gyroscopic, non-ideal, eccentric shaft-disk system
Received 22 December 2021Revised 24 January 2022Accepted 25 January 2022
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