In any rotating element, when the frequency of the rotating element equals the natural frequency of transverse vibration, then that speed is called critical speed of the rotating element. The measurement of this critical speed and related whirling motion is one of the important problems to be addressed by design and maintenance engineers. Also the whirling of shaft and its motion comes under the category of self-excited motion i.e. self-excited vibration in which the exciting forces and inducing motion are controlled by the motion itself
The self-excited vibration of blooming mill is a kind of torsional vibration, which occurs only when...
It is well known that, in a rotor system with a radial clearance between a rotating part (ex. shaft)...
Rotor dynamics is the study of the behaviour of the machines resulting from excitations originating ...
A detailed analysis of the phenomenon of whirling and the application of steady-state theory to tran...
Modern jet engines have two co-axial shafts which rotate usually in the same direction but are not c...
The requirement for efficiency improvement of machines has caused machine rotor to be designed to ro...
Purpose. Scientific work is devoted to study the influence of dynamic coefficients of bearings segme...
Abstract: Turbo machinery blades pass through several natural frequencies during start up and shut d...
Abstract Accurate prediction of critical speeds in rotating machinery is of great importance to desi...
In this paper, the construction and operation of a measuring bench for measuring the vibration state...
This thesis investigates a number of major self-excited vibrations and instabilities that are invol...
The influence of the structure of a two-fraction polygranular feed of the chamber on the value of th...
A primary problem in the turbine industry is associated with the mitigation of bending vibration mod...
Abstract: Shafts mounted on bearings are subjected to vibrations due to many known and unknown cause...
It is well known that the rotating shaft or bar often becomes unstable and finally bends double or b...
The self-excited vibration of blooming mill is a kind of torsional vibration, which occurs only when...
It is well known that, in a rotor system with a radial clearance between a rotating part (ex. shaft)...
Rotor dynamics is the study of the behaviour of the machines resulting from excitations originating ...
A detailed analysis of the phenomenon of whirling and the application of steady-state theory to tran...
Modern jet engines have two co-axial shafts which rotate usually in the same direction but are not c...
The requirement for efficiency improvement of machines has caused machine rotor to be designed to ro...
Purpose. Scientific work is devoted to study the influence of dynamic coefficients of bearings segme...
Abstract: Turbo machinery blades pass through several natural frequencies during start up and shut d...
Abstract Accurate prediction of critical speeds in rotating machinery is of great importance to desi...
In this paper, the construction and operation of a measuring bench for measuring the vibration state...
This thesis investigates a number of major self-excited vibrations and instabilities that are invol...
The influence of the structure of a two-fraction polygranular feed of the chamber on the value of th...
A primary problem in the turbine industry is associated with the mitigation of bending vibration mod...
Abstract: Shafts mounted on bearings are subjected to vibrations due to many known and unknown cause...
It is well known that the rotating shaft or bar often becomes unstable and finally bends double or b...
The self-excited vibration of blooming mill is a kind of torsional vibration, which occurs only when...
It is well known that, in a rotor system with a radial clearance between a rotating part (ex. shaft)...
Rotor dynamics is the study of the behaviour of the machines resulting from excitations originating ...