Add to ORKGPossibilities of active lateral vibration reduction of a symmetric, rigid rotor supported by journal bearings are given. They were obtained by computational modelling. Efficiency of the feedback P and PD controllers in the stable revolution interval was examined. The linearized rotor system model was used. The results of the theoretical analysis are assigned for a testing stand where the bearing bush motions are deactivated by piezoelectric actuators connected to the controllers
The stability of a rotor supported in journal bearings is highly concerned in the practice. The chan...
This article presents an analysis of a flexible Jeffcott rotor with an active bearing support. The r...
TRACT The current design trend of rotating machines like turbogenerators, compressors, turbines, a...
Possibilities of active lateral vibration reduction of a symmetric, rigid rotor supported by journal...
The main objectives of actively lubricated bearings are the simultaneous reduction of wear and vibra...
ABSTRACT: Vibration control of a horizontal rotor with an asymmetrical moment of inertia is investig...
Rotor instability is one of the most serious problems of high-speed rotors supported by sliding bear...
Centrifugal forces caused by the unbalance are the main source of vibration in rotating machines. Th...
The article deals with the stability of the movement of the journal inside the bushing of the hydrod...
Abstract: This article presents a methodology for calculating the gains of an output feedback contro...
Vibration suppression of rotating machinery is an important engineering problem. In this paper, a re...
Rotating machinery has a subtle, but profound impact on contemporary societies. Many modern achievem...
In this paper, an active vibration controller for controlling the dynamics of a flexible rotor runni...
ABSTRACT: This paper describes the development of a structural model of a high speed rotor for the e...
The experimental work presented demonstrates the use of identification, feedback, and feedforward me...
The stability of a rotor supported in journal bearings is highly concerned in the practice. The chan...
This article presents an analysis of a flexible Jeffcott rotor with an active bearing support. The r...
TRACT The current design trend of rotating machines like turbogenerators, compressors, turbines, a...
Possibilities of active lateral vibration reduction of a symmetric, rigid rotor supported by journal...
The main objectives of actively lubricated bearings are the simultaneous reduction of wear and vibra...
ABSTRACT: Vibration control of a horizontal rotor with an asymmetrical moment of inertia is investig...
Rotor instability is one of the most serious problems of high-speed rotors supported by sliding bear...
Centrifugal forces caused by the unbalance are the main source of vibration in rotating machines. Th...
The article deals with the stability of the movement of the journal inside the bushing of the hydrod...
Abstract: This article presents a methodology for calculating the gains of an output feedback contro...
Vibration suppression of rotating machinery is an important engineering problem. In this paper, a re...
Rotating machinery has a subtle, but profound impact on contemporary societies. Many modern achievem...
In this paper, an active vibration controller for controlling the dynamics of a flexible rotor runni...
ABSTRACT: This paper describes the development of a structural model of a high speed rotor for the e...
The experimental work presented demonstrates the use of identification, feedback, and feedforward me...
The stability of a rotor supported in journal bearings is highly concerned in the practice. The chan...
This article presents an analysis of a flexible Jeffcott rotor with an active bearing support. The r...
TRACT The current design trend of rotating machines like turbogenerators, compressors, turbines, a...