Add to ORKGTo achieve optimum performance of rotating machines the damping effect of the damping devices added to the rotor support elements must be controllable. This is enabled by application of squeeze film dampers lubricated by magnetorheological oils. This article deals with approaches, based on utilization of the finite element method, to analysis of mechanical vibrations of rotors effected by several mutually coupled multiphysical phenomena (electric, magnetic, hydraulic) occurring in the damping devices
Technological solution, frequently used to suppress vibrations in rotating machines, consists in add...
The rotors working in real technological devices are always slightly imbalanced. This excites their...
The theoretical analyses and practical experience show that only the damping effect adaptable to the...
Placing damping devices between the rotor and its frame is a frequently used engineering solution fo...
Rotors of all rotating machines are always slightly imbalanced. When they rotate, the imbalance indu...
Lateral vibration of rotors can be significantly reduced by inserting the damping elements between t...
A frequently used technological solution for reducing oscillations of rotors excited by imbalance, ...
Unbalance is the principal cause of excitation of lateral vibrations of rotors and generation of the...
The magnetorheological squeeze film damping devices for vibration suppression of rigid rotors are st...
The rotors working in real technological devices are always slightly imbalanced. This excites their ...
Unbalance is the principal source of increase of time varying forces transmitted between the rotor a...
A technological solution frequently used to suppress vibrations in rotating machines consists in add...
Damping in the supports of rotors loaded by unbalance has influence on the vibration amplitude and c...
AbstractThe subject of investigations presented in this article is achieving the optimum attenuation...
Adding damping devices to the rotor supports is a frequently used technological solution for reducin...
Technological solution, frequently used to suppress vibrations in rotating machines, consists in add...
The rotors working in real technological devices are always slightly imbalanced. This excites their...
The theoretical analyses and practical experience show that only the damping effect adaptable to the...
Placing damping devices between the rotor and its frame is a frequently used engineering solution fo...
Rotors of all rotating machines are always slightly imbalanced. When they rotate, the imbalance indu...
Lateral vibration of rotors can be significantly reduced by inserting the damping elements between t...
A frequently used technological solution for reducing oscillations of rotors excited by imbalance, ...
Unbalance is the principal cause of excitation of lateral vibrations of rotors and generation of the...
The magnetorheological squeeze film damping devices for vibration suppression of rigid rotors are st...
The rotors working in real technological devices are always slightly imbalanced. This excites their ...
Unbalance is the principal source of increase of time varying forces transmitted between the rotor a...
A technological solution frequently used to suppress vibrations in rotating machines consists in add...
Damping in the supports of rotors loaded by unbalance has influence on the vibration amplitude and c...
AbstractThe subject of investigations presented in this article is achieving the optimum attenuation...
Adding damping devices to the rotor supports is a frequently used technological solution for reducin...
Technological solution, frequently used to suppress vibrations in rotating machines, consists in add...
The rotors working in real technological devices are always slightly imbalanced. This excites their...
The theoretical analyses and practical experience show that only the damping effect adaptable to the...