Abstract
The aim of this work is the study of behavior of rotor dynamics of industrial turbines, using numerical simulation. Finite element model was developed by introducing a new hysteresis parameter to control more precisely the behavior of rolling bearings. The finite element model is used to extract the natural frequencies and modal deformed rotor vibration, as it identifies the constraints acting on the system and predict the dynamic behavior of the rotor transient. Results in Campbell diagram and those relating to the unbalance responses show significant amplitude differences in the parameters of hysteresis imposed . Key words: rotor dynamics, hysteresis, finite element, rotor vibration, unbalance responses, Campbell diagram.
Kamel, Lebchek;
Outtas, T.
[1]
- Laboratory of Structural Mechanics and Materials faculty of technology - University of Batna, Batha (Algeria)
Citation Formats
Kamel, Lebchek, and Outtas, T.
Optimization of vibration amplitudes of the dynamic rotors by introducing hysteresis parameters of materials.
Bulgaria: N. p.,
2013.
Web.
Kamel, Lebchek, & Outtas, T.
Optimization of vibration amplitudes of the dynamic rotors by introducing hysteresis parameters of materials.
Bulgaria.
Kamel, Lebchek, and Outtas, T.
2013.
"Optimization of vibration amplitudes of the dynamic rotors by introducing hysteresis parameters of materials."
Bulgaria.
@misc{etde_22286556,
title = {Optimization of vibration amplitudes of the dynamic rotors by introducing hysteresis parameters of materials}
author = {Kamel, Lebchek, and Outtas, T.}
abstractNote = {The aim of this work is the study of behavior of rotor dynamics of industrial turbines, using numerical simulation. Finite element model was developed by introducing a new hysteresis parameter to control more precisely the behavior of rolling bearings. The finite element model is used to extract the natural frequencies and modal deformed rotor vibration, as it identifies the constraints acting on the system and predict the dynamic behavior of the rotor transient. Results in Campbell diagram and those relating to the unbalance responses show significant amplitude differences in the parameters of hysteresis imposed . Key words: rotor dynamics, hysteresis, finite element, rotor vibration, unbalance responses, Campbell diagram.}
journal = []
issue = {1}
volume = {7}
journal type = {AC}
place = {Bulgaria}
year = {2013}
month = {Jul}
}
title = {Optimization of vibration amplitudes of the dynamic rotors by introducing hysteresis parameters of materials}
author = {Kamel, Lebchek, and Outtas, T.}
abstractNote = {The aim of this work is the study of behavior of rotor dynamics of industrial turbines, using numerical simulation. Finite element model was developed by introducing a new hysteresis parameter to control more precisely the behavior of rolling bearings. The finite element model is used to extract the natural frequencies and modal deformed rotor vibration, as it identifies the constraints acting on the system and predict the dynamic behavior of the rotor transient. Results in Campbell diagram and those relating to the unbalance responses show significant amplitude differences in the parameters of hysteresis imposed . Key words: rotor dynamics, hysteresis, finite element, rotor vibration, unbalance responses, Campbell diagram.}
journal = []
issue = {1}
volume = {7}
journal type = {AC}
place = {Bulgaria}
year = {2013}
month = {Jul}
}