Add to ORKGAbstract—Different rotor systems with internal damping in the rotor shaft connection are investigated in the followi-ng. The energy dissipation in the rotating joint is described by viscous internal damping and dry friction. The main in-fluence parameters for the stability of the rotor systems are deduced analytically and numerically. Keywords:stability, internal damping, internal dry friction I
The internal friction associated with the shaft hysteresis or with the possible release of some shri...
International audienceThe case of a rotating shaft with internal damping mounted either on elastic d...
The destabilizing influence of the internal friction on the supercritical rotor whirl can be efficie...
The two main sources of internal friction in a rotor-shaft system are the shaft structural hysteresi...
Two aspects of internal friction affecting stability of rotating machines are discussed. The first r...
When rotors operate in a supercritical regime, a phenomenon known as rotordynamic instability may oc...
A rotating flexible shaft, with both external and internal viscous damping, driven through a univers...
Rotor internal damping has been indicated as one of the main causes of instability in rotating machi...
There is an increasing range of applications for rotors made of composite materials and operating at...
SUMMARY. The undesired whirl of rotating machines can be reduced by elastic journal box suspension s...
International audienceDestabilization due to co-rotating internal viscous damping is a very well kno...
Rotors of high speed lab centrifuges are often removable to enable the use of different rotors for o...
The internal friction due to the shaft hysteresis or the shrink fitting release exerts a destabilizi...
Most of the undesired whirling motions of rotating machines can be efficiently reduced by supporting...
The equations of motion of a heavy rotor attached to a massless horizontal shaft with unequal cross-...
The internal friction associated with the shaft hysteresis or with the possible release of some shri...
International audienceThe case of a rotating shaft with internal damping mounted either on elastic d...
The destabilizing influence of the internal friction on the supercritical rotor whirl can be efficie...
The two main sources of internal friction in a rotor-shaft system are the shaft structural hysteresi...
Two aspects of internal friction affecting stability of rotating machines are discussed. The first r...
When rotors operate in a supercritical regime, a phenomenon known as rotordynamic instability may oc...
A rotating flexible shaft, with both external and internal viscous damping, driven through a univers...
Rotor internal damping has been indicated as one of the main causes of instability in rotating machi...
There is an increasing range of applications for rotors made of composite materials and operating at...
SUMMARY. The undesired whirl of rotating machines can be reduced by elastic journal box suspension s...
International audienceDestabilization due to co-rotating internal viscous damping is a very well kno...
Rotors of high speed lab centrifuges are often removable to enable the use of different rotors for o...
The internal friction due to the shaft hysteresis or the shrink fitting release exerts a destabilizi...
Most of the undesired whirling motions of rotating machines can be efficiently reduced by supporting...
The equations of motion of a heavy rotor attached to a massless horizontal shaft with unequal cross-...
The internal friction associated with the shaft hysteresis or with the possible release of some shri...
International audienceThe case of a rotating shaft with internal damping mounted either on elastic d...
The destabilizing influence of the internal friction on the supercritical rotor whirl can be efficie...