Vibration of machines is an unwanted phenomenon, and it is usually of interest to eliminate it. There are various means to be used in order to reach the goal, where the utilization of the electromagnet augmented by an external shunt circuit is analyzed in the paper. The magnetic force is used to introduce additional electromagnetic damping into vibrating mechanical system. The hysteretic losses and eddy currents are included in the model, to take into account more realistic dynamic behaviour of the system. The mathematical model of the controller is derived using lumped parameter approach. The parameters are assumed from an experimental set-up using and an industrial type of electromagnet. Considering the harmonic excitation of mechanical s...
This paper presents the designing, theoretical modeling and dynamical testing of an innovative Elect...
The vibration control of rotors for gas or steam turbines is usually performed using passive dampers...
The vibration control of rotors for gas or steam turbines is usually performed using passive dampers...
A theoretical analysis of an electromagnetic vibration controller is presented. The analyzed device ...
Electromechanical systems for vibration control exhibit complex non-linear behaviour. Therefore adva...
The paper presents a method of damping of mechanical vibrations by ap-plication of electromagnetic a...
Eddy current dampers are promising for the passive and semiactive vibration control of mechanical st...
The idea to use electromagnetic devices to reduce vibration levels of mechanical systems has been di...
This study explores the dynamical behaviour of electromechanical systems used as vibration absorber....
There exist many methods of adding damping to a vibrating structure; however, very few can function ...
This thesis investigates an alternative solution to deal with the civil structure vibration. Non-con...
The wider application of vibration machines (VM) with electromagnetic motors (EMVM) in various indus...
The wider application of vibration machines (VM) with electromagnetic motors (EMVM) in various indus...
This paper will present a new type of passive vibration control technique based on the concept of el...
Abstract: When a reduction of vibration amplitude usually designers resort to dampers based either o...
This paper presents the designing, theoretical modeling and dynamical testing of an innovative Elect...
The vibration control of rotors for gas or steam turbines is usually performed using passive dampers...
The vibration control of rotors for gas or steam turbines is usually performed using passive dampers...
A theoretical analysis of an electromagnetic vibration controller is presented. The analyzed device ...
Electromechanical systems for vibration control exhibit complex non-linear behaviour. Therefore adva...
The paper presents a method of damping of mechanical vibrations by ap-plication of electromagnetic a...
Eddy current dampers are promising for the passive and semiactive vibration control of mechanical st...
The idea to use electromagnetic devices to reduce vibration levels of mechanical systems has been di...
This study explores the dynamical behaviour of electromechanical systems used as vibration absorber....
There exist many methods of adding damping to a vibrating structure; however, very few can function ...
This thesis investigates an alternative solution to deal with the civil structure vibration. Non-con...
The wider application of vibration machines (VM) with electromagnetic motors (EMVM) in various indus...
The wider application of vibration machines (VM) with electromagnetic motors (EMVM) in various indus...
This paper will present a new type of passive vibration control technique based on the concept of el...
Abstract: When a reduction of vibration amplitude usually designers resort to dampers based either o...
This paper presents the designing, theoretical modeling and dynamical testing of an innovative Elect...
The vibration control of rotors for gas or steam turbines is usually performed using passive dampers...
The vibration control of rotors for gas or steam turbines is usually performed using passive dampers...
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