Most of the vibrating feeder equipment operate with two vibrators where the synchronisation is obtained either by electronically controlling phases of driving electric motors or using kinematic couplings like gears, v-belts or toothed belts. The objective of the research was to confirm if two vibrators on the same testing rig will self–synchronise when operating in the same and opposite directions. Tests were also done for two vibrators running with different frequencies
The dynamics of a three-mass vibratory machine with the rectilinear translational motion of platform...
The dynamics of a three-mass vibratory machine with the rectilinear translational motion of platform...
A vibration model is proposed and analyzed dynamically to study the selfsynchronization theory of du...
This paper describes the results of the experimental studies of vibrations of one-mass system on an ...
The paper presents the results of experimental analysis features of rotation of two unbalance vibrat...
Vibration technological machines with self-synchronized unbalanced vibration exciters (vibrating con...
In this work the experimental researches of dynamics of a model of a chain-type two-mass oscillatory...
Self-synchronization principle is employed to achieve special processing tasks in ore milling indust...
Aiming at the shortcomings of traditional vibrating screens with large vibration mass, a double ecce...
This project was created to demonstrate the phenomenon known as self-synchronization using motor-dri...
The problem of predicting the phase angle of two self-synchronized rotors starting from rest is pres...
We analytically investigated dynamics of the vibratory machine with rectilinear translational motion...
A single mass vibration system driven by two counter-rotating motors is studied in this paper. The n...
A single mass nonlinear vibration machine driven by two counter-rotating motors was taken as a resea...
This paper reports the synthesized two-mass antiphase resonance vibratory machine with a vibration e...
The dynamics of a three-mass vibratory machine with the rectilinear translational motion of platform...
The dynamics of a three-mass vibratory machine with the rectilinear translational motion of platform...
A vibration model is proposed and analyzed dynamically to study the selfsynchronization theory of du...
This paper describes the results of the experimental studies of vibrations of one-mass system on an ...
The paper presents the results of experimental analysis features of rotation of two unbalance vibrat...
Vibration technological machines with self-synchronized unbalanced vibration exciters (vibrating con...
In this work the experimental researches of dynamics of a model of a chain-type two-mass oscillatory...
Self-synchronization principle is employed to achieve special processing tasks in ore milling indust...
Aiming at the shortcomings of traditional vibrating screens with large vibration mass, a double ecce...
This project was created to demonstrate the phenomenon known as self-synchronization using motor-dri...
The problem of predicting the phase angle of two self-synchronized rotors starting from rest is pres...
We analytically investigated dynamics of the vibratory machine with rectilinear translational motion...
A single mass vibration system driven by two counter-rotating motors is studied in this paper. The n...
A single mass nonlinear vibration machine driven by two counter-rotating motors was taken as a resea...
This paper reports the synthesized two-mass antiphase resonance vibratory machine with a vibration e...
The dynamics of a three-mass vibratory machine with the rectilinear translational motion of platform...
The dynamics of a three-mass vibratory machine with the rectilinear translational motion of platform...
A vibration model is proposed and analyzed dynamically to study the selfsynchronization theory of du...