Nonlinear analysis of a rotor system with fixed-tilting pads combination journal bearing supports

Nonlinear analysis of a rotor system with fixed-tilting pads combination journal bearing supports

The Reynolds equation with oil rupture boundary is solved based on database method. Nonlinear oil film force of combination journal bearing is obtained by retrieval, interpolation, and assembly techniques. As for symmetrical Jeffcott rigid rotor system supported by combination journal bearings, the...

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Hauptverfasser: Yongfang Zhang, Yangbing Yu, Lei Feng, Ying Wu, Xiaolei Shi
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Sprache:eng
Schlagworte:
Assembly
Bifurcation
Dynamics
Fixed-Tilting Pads Combination Journal Bearing
Image retrieval
Interpolation
Nonlinear
Nonlinear dynamical systems
Nonlinear equations
Packaging
Petroleum
Printing
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Yangbing Yu
Lei Feng
Ying Wu
Xiaolei Shi
description The Reynolds equation with oil rupture boundary is solved based on database method. Nonlinear oil film force of combination journal bearing is obtained by retrieval, interpolation, and assembly techniques. As for symmetrical Jeffcott rigid rotor system supported by combination journal bearings, the nonlinear motion of the system is calculated by Poincaré map and self-adaptive Runge-Kutta method. Numerical results reveal rich and complex nonlinear behaviors and bifurcation.
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Nonlinear oil film force of combination journal bearing is obtained by retrieval, interpolation, and assembly techniques. As for symmetrical Jeffcott rigid rotor system supported by combination journal bearings, the nonlinear motion of the system is calculated by Poincaré map and self-adaptive Runge-Kutta method. 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subjects Assembly
Bifurcation
Dynamics
Fixed-Tilting Pads Combination Journal Bearing
Image retrieval
Interpolation
Nonlinear
Nonlinear dynamical systems
Nonlinear equations
Packaging
Petroleum
Printing
title Nonlinear analysis of a rotor system with fixed-tilting pads combination journal bearing supports
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