Add to ORKGIn this paper there is proposed a new concept of a damping device working on the principle of squeezing two lubricating layers that are formed by normal and magnetorheological oils mutually separated by a movable ring. In the developed mathematical model the normal and magnetorheological oils are represented by Newtonian and Bingham materials respectively
Adding damping devices to the rotor supports is a frequently used technological solution for reducin...
Due to manufacturing and assembly inaccuracies, real rotors are always slightly imbalanced. This ...
The paper summarises the theoretical study of a magnetorheological (MR) damper operated in squeeze m...
The magnetorheological squeeze film damping devices for vibration suppression of rigid rotors are st...
A technological solution frequently used to suppress vibrations in rotating machines consists in add...
Placing damping devices between the rotor and its frame is a frequently used engineering solution fo...
A frequently used technological solution for reducing oscillations of rotors excited by imbalance, ...
To achieve optimum performance of rotating machines the damping effect of the damping devices added ...
Rotors of all rotating machines are always slightly imbalanced. When they rotate, the imbalance indu...
A usual technological solution how to reduce forces transmitted between the rotor and its stationary...
Unbalance is the principal cause of excitation of lateral vibrations of rotors and generation of the...
Lateral vibration of rotors can be significantly reduced by inserting the damping elements between t...
Unbalance is the principal source of increase of time varying forces transmitted between the rotor a...
The theoretical analyses and practical experience show that only the damping effect adaptable to the...
A usual technological solution how to reduce the time varying forces transmitted between the rotor a...
Adding damping devices to the rotor supports is a frequently used technological solution for reducin...
Due to manufacturing and assembly inaccuracies, real rotors are always slightly imbalanced. This ...
The paper summarises the theoretical study of a magnetorheological (MR) damper operated in squeeze m...
The magnetorheological squeeze film damping devices for vibration suppression of rigid rotors are st...
A technological solution frequently used to suppress vibrations in rotating machines consists in add...
Placing damping devices between the rotor and its frame is a frequently used engineering solution fo...
A frequently used technological solution for reducing oscillations of rotors excited by imbalance, ...
To achieve optimum performance of rotating machines the damping effect of the damping devices added ...
Rotors of all rotating machines are always slightly imbalanced. When they rotate, the imbalance indu...
A usual technological solution how to reduce forces transmitted between the rotor and its stationary...
Unbalance is the principal cause of excitation of lateral vibrations of rotors and generation of the...
Lateral vibration of rotors can be significantly reduced by inserting the damping elements between t...
Unbalance is the principal source of increase of time varying forces transmitted between the rotor a...
The theoretical analyses and practical experience show that only the damping effect adaptable to the...
A usual technological solution how to reduce the time varying forces transmitted between the rotor a...
Adding damping devices to the rotor supports is a frequently used technological solution for reducin...
Due to manufacturing and assembly inaccuracies, real rotors are always slightly imbalanced. This ...
The paper summarises the theoretical study of a magnetorheological (MR) damper operated in squeeze m...