Add to ORKGA new type of automatic balancer which consists of a pair of two-ball balancers to compensate for unbalanced inertia forces and moments is presented. A stability analysis of the balanced condition achievable by such a balancer and the results of a parametric study of its stability are included. Conclusions are drawn regarding the satisfactory operation of the balancer.
[[abstract]]This study is devoted to evaluate the performance of it ball-type balancer system that i...
Balls rotating along the race in the Automatic Ball-Balancer (ABB) are used to reduce the vibration ...
Automatic balancing devices comprising several balls or other moving elements in circular tracks can...
This paper concerns an analytical and experimental investigation into the dynamics of an automatic d...
We present an analysis of a two-plane automatic balancing device for rigid rotors. Ball bearings, wh...
We present an analysis of a two-plane automatic bal-ancing device for rigid rotors. Ball bearings, w...
This paper reports the analytically established conditions for the onset of auto-balancing for the c...
This paper reports the analytically established conditions for the onset of auto-balancing for the c...
We present an experimental investigation of a single-plane automatic balancer that is fitted to a ri...
This paper presents an analytical study of single-plane automatic balancing of statically and dynami...
The invention relates to an automatic balancing device for counterbalancing an out-of-balance mass p...
The reduction of vibrations in rotary systems is necessary condition for the development of construc...
This work treats dual-plane automatic ball balancing of elastically-mounted cylindrical rotors. The ...
In many industrial applications imbalance is a major cause for unwanted vibrations. One way to compe...
W artykule przedstawiono założenia oraz rozwiązania techniczne układów automatycznego wyważania masz...
[[abstract]]This study is devoted to evaluate the performance of it ball-type balancer system that i...
Balls rotating along the race in the Automatic Ball-Balancer (ABB) are used to reduce the vibration ...
Automatic balancing devices comprising several balls or other moving elements in circular tracks can...
This paper concerns an analytical and experimental investigation into the dynamics of an automatic d...
We present an analysis of a two-plane automatic balancing device for rigid rotors. Ball bearings, wh...
We present an analysis of a two-plane automatic bal-ancing device for rigid rotors. Ball bearings, w...
This paper reports the analytically established conditions for the onset of auto-balancing for the c...
This paper reports the analytically established conditions for the onset of auto-balancing for the c...
We present an experimental investigation of a single-plane automatic balancer that is fitted to a ri...
This paper presents an analytical study of single-plane automatic balancing of statically and dynami...
The invention relates to an automatic balancing device for counterbalancing an out-of-balance mass p...
The reduction of vibrations in rotary systems is necessary condition for the development of construc...
This work treats dual-plane automatic ball balancing of elastically-mounted cylindrical rotors. The ...
In many industrial applications imbalance is a major cause for unwanted vibrations. One way to compe...
W artykule przedstawiono założenia oraz rozwiązania techniczne układów automatycznego wyważania masz...
[[abstract]]This study is devoted to evaluate the performance of it ball-type balancer system that i...
Balls rotating along the race in the Automatic Ball-Balancer (ABB) are used to reduce the vibration ...
Automatic balancing devices comprising several balls or other moving elements in circular tracks can...