A Nonlinear Analysis of a Flexible Unbalanced Cracked Rotor-Bearing System

Author:

Ferjaoui N.,Chouchane M.

Publisher

Springer International Publishing

Reference9 articles.

1. Chaofeng LI, Hexing YU (2013) Simulations and experimental investigation on motion stability of a flexible rotor-bearing system with a transverse crack. Chin J Mech Eng 26(6)

2. Frêne J, Nicolas D, Degueurce B (1997) Hydrodynamic lubrication bearings and thrust bearings. Elsevier, Tribology Series, Amsterdam

3. Gómez-Mancilla J (2005) A simple crack breathing mechanism for rotor systems with crack depth nonlinear evolution ISCORMA-3. Cleveland, Ohio, pp 19–23

4. Gomez-Mancilla JC, Machorro-Lopez JM (2005) Local resonance of crack-imbalance orientations and orbital evolution to detect mid-span rotor cracks: part 2, experimental validation IMAC-XXIII In: Conference & exposition on structural dynamics

5. Luo Y, et al (2014) Study on nonlinear vibration and crack fault of rotor-bearing-seal coupling system. Sens Transducers 165(2):1–7

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