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Nonlinear free vibration of a rotor shaft system with viscoelastically supported bearings
N. Shabaneh
,
J. W. Zu
Department of Mechanical Engineering
School of Engineering and Science
Stevens Institute of Technology
Research output
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Contribution to conference
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Paper
›
peer-review
Overview
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Dive into the research topics of 'Nonlinear free vibration of a rotor shaft system with viscoelastically supported bearings'. Together they form a unique fingerprint.
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Keyphrases
Rotor-shaft System
100%
Nonlinear Free Vibration
100%
Multiscale Method
50%
Dynamic Analysis
50%
Nonlinear Analysis
50%
Free Vibration
50%
Damping Characteristics
50%
Nonlinear Elasticity
50%
Rotor
50%
Perturbation Expansion
50%
Mid-span
50%
Frequency Response Curve
50%
Single Rotor
50%
Cubic Nonlinear
50%
Linear Damping
50%
Damping Coefficient
50%
Nonlinear Spring
50%
Kelvin-Voigt Model
50%
Third-order Perturbation
50%
Nonlinear Bearings
50%
Elastic Bearing
50%
Shaft Model
50%
Internal Damping
50%
Timoshenko Shaft
50%
Viscoelastic Supports
50%
Viscoelastic Suspension
50%
Engineering
Rotors
100%
Free Vibration
100%
Multiple Scale
33%
Nonlinear Analysis
33%
Perturbation Expansion
33%
Limiting Value
33%
Frequency Response Curve
33%
Damping Coefficient
33%
Kelvin-Voigt Model
33%
Internal Damping
33%