Even though the role of damping in rotordynamics has been known for more than half a century, some incorrect statements on the effect of hysteretic damping, particularly in the subcritical range, can be found still in even the most authoritative journals. Although clarified in the 1970s, this issue recently resurfaced with the incorrect statement that hysteretic damping of rotating elements is destabilizing at any speed (even subcritical). The aim of the present paper is to clarify this issue in terms of the practical applications of the theory in an unequivocal way
Two aspects of internal friction affecting stability of rotating machines are discussed. The first r...
International audienceThe influence of a hysteretic damper on the airfoil flutter instability is inv...
International audienceThe case of a rotating shaft with internal damping mounted either on elastic d...
Even though the role of damping in rotordynamics has been known for more than half a century, some i...
The hysteretic damping model cannot be applied to time domain dynamic simulations: this is a well kn...
International audienceA mathematical model is presented that expresses the viscous and hysteretic da...
This paper shows as the destabilising influence of the shaft hysteresis on the supercritical rotor w...
Nonsynchronous rotating damping, i.e. energy dissipations occurring in elements rotating at a speed ...
SUMMARY. The undesired whirl of rotating machines can be reduced by elastic journal box suspension s...
The destabilizing influence of the internal friction on the supercritical rotor whirl can be efficie...
The internal friction due to the shaft hysteresis or the shrink fitting release exerts a destabilizi...
Rotor internal damping has been indicated as one of the main causes of instability in rotating machi...
Most of the undesired whirling motions of rotating machines can be efficiently reduced by supporting...
A new approach for uncoupling the equations of motion typical for rotordynamical systems is presente...
An experimental study concerned with the role and effect of damping for a rotating flexible shaft in...
Two aspects of internal friction affecting stability of rotating machines are discussed. The first r...
International audienceThe influence of a hysteretic damper on the airfoil flutter instability is inv...
International audienceThe case of a rotating shaft with internal damping mounted either on elastic d...
Even though the role of damping in rotordynamics has been known for more than half a century, some i...
The hysteretic damping model cannot be applied to time domain dynamic simulations: this is a well kn...
International audienceA mathematical model is presented that expresses the viscous and hysteretic da...
This paper shows as the destabilising influence of the shaft hysteresis on the supercritical rotor w...
Nonsynchronous rotating damping, i.e. energy dissipations occurring in elements rotating at a speed ...
SUMMARY. The undesired whirl of rotating machines can be reduced by elastic journal box suspension s...
The destabilizing influence of the internal friction on the supercritical rotor whirl can be efficie...
The internal friction due to the shaft hysteresis or the shrink fitting release exerts a destabilizi...
Rotor internal damping has been indicated as one of the main causes of instability in rotating machi...
Most of the undesired whirling motions of rotating machines can be efficiently reduced by supporting...
A new approach for uncoupling the equations of motion typical for rotordynamical systems is presente...
An experimental study concerned with the role and effect of damping for a rotating flexible shaft in...
Two aspects of internal friction affecting stability of rotating machines are discussed. The first r...
International audienceThe influence of a hysteretic damper on the airfoil flutter instability is inv...
International audienceThe case of a rotating shaft with internal damping mounted either on elastic d...