Vibration isolation of an eccentric press by passive vibration control methods

Vibration is the timely change of size intensity defining the movement and position of a mechanical system. An eccentric press is incited from a point without any center of gravity and generates three different vibration movement. Together with a linear re-positioning, angular tossing and staggering movements are also created. Concerning all of these three movements, separate vibrations have been calculated and a study has been performed according to their different characteristics. Among with these movements, the change of the force affecting the ground has been examined.These studies have been performed with three different passive vibration controls. These are viscoelastic damping of an oscillation, dynamic absorber utilization and hysteretic damping of an oscillation. Moreover, the impact of Coulomb friction on vibration behavior has been observed.