Begell Houseの著者、編集者及びレビュー者

Victor P. Legeza

Ukrainian State University of Food Technologies and National University of Life and Environmental Sciences of Ukraine, Kiev

Articles

Control and Stabilization of Periodic Motions of a Carrying Body by Means of the Cycloidal Damper of Forced Oscillations Vol. 33 '2001 - Journal of Automation and Information Sciences
Determination of the Amplitude-Frequency Characteristic of the New Roller Damper for Forced Oscillations Vol. 34 '2002 - Journal of Automation and Information Sciences
Regulation of the Dynamics of a Carrying Body Using the Cycloidal Damper of Forced Oscillations with Dry Friction Vol. 34 '2002 - Journal of Automation and Information Sciences
Effect of Ball Damper of Forced Oscillations with Linear Viscous Friction on Dynamic Behavior of a Carrying Body Vol. 35 '2003 - Journal of Automation and Information Sciences
Forced Oscillations of the Inverted Pendulum with a Heavy Ball in its Spherical Groove under the Action of Periodic Force Vol. 35 '2003 - Journal of Automation and Information Sciences
Mathematical Model of Dynamics of a Damping System with a Cycloidal Absorber of Low-Frequency Oscillations Vol. 36 '2004 - Journal of Automation and Information Sciences
Analysis of Influence of Roller Shock Absorbers on Dynamic Behavior of Certain Vibroprotective Transport System Vol. 37 '2005 - Journal of Automation and Information Sciences
Determination of Amplitude-Frequency Characteristic of a Vibroprotective System with Cycloidal Rolling Absorber Vol. 37 '2005 - Journal of Automation and Information Sciences
Method of Determination of Optimal Setup Parameters for the Rolling Absorber of Oscillations Vol. 37 '2005 - Journal of Automation and Information Sciences
Isochronous Vibrations of a Heavy Cylinder in a Cylindrical Recess Vol. 44 '2012 - Journal of Automation and Information Sciences
The Possibility of Using Roller Dampers in an Extended Frequency Range Vol. 44 '2012 - Journal of Automation and Information Sciences
Oscillations of the Body with Consideration of the Formation of Finite Contact Area Vol. 45 '2013 - Journal of Automation and Information Sciences