.../501100001809). Natural Science Foundation of Liaoning (Grant No. 2020-MS-092; Funder ID: 10.13039/501100005047). 07 04 2022 12 07 2022 18 08 2022 1 Corresponding author. friction induced vibration nonlinear energy sink braking system friction model vibration control...

... for Flexible Structures With Input Constraints ,” Automatica , 96 , pp. 326 – 336 . 10.1016/j.automatica.2018.06.051 [9] Liu , Z. , Liu , J. , and He , W. , 2017 , “ Modeling and Vibration Control of a Flexible Aerial Refueling Hose With Variable Lengths and Input Constraint...

... Engineering and Building Department Laboratory of the ENTPE. The aim is to control the first mode of the compound nonlinear prototype system by demonstrating the efficiency of designed parallel NESs by the suggested method. 05 08 2010 07 02 2011 05 04 2011 05 04 2011 vibration...

... predictions. 22 12 2009 10 12 2010 02 03 2011 02 03 2011 cranes materials handling equipment vibration control Cranes are used extensively throughout the world in a variety of applications. However, the flexible nature of their physical structure degrades...

... been developed. Such a vibration control strategy is termed as zero assignment. Unlike conventional full-state feedback control, which requires all the states of the system to be measured, zero assignment requires least numbers of sensors and actuators (depending on the number of dynamic absorption...

...Attilio Maccari A method for time delay vibration control of the principal and fundamental resonances of two nonlinearly coupled van der Pol oscillators is investigated Using the asymptotic perturbation method, four slow-flow equations on the amplitude and phase of the oscillators are obtained...

.... , Lawrence , J. , Kamoi , T. , and Taura , A. , 2006 , “ Advanced Input Shaping Algorithm for Nonlinear Tower Crane Dynamics ,” Eighth International Conference on Motion and Vibration Control , Daejeon, Korea. Sorensen , K. L. , Singhose , W. E. , and Dickerson , S. , 2007...

... to that of β 2 . This section discusses the case of β 1 and β 2 possessing different values. 05 01 2009 27 04 2009 02 03 2010 bifurcation damping Lyapunov matrix equations shock absorbers vibration control nonlinear tuned mass damper multiple...

... dynamical systems numerical analysis oscillators vibration control essential nonlinearity optimal control design nonlinear energy sink The problem of controlling or suppressing oscillations of engineering structures in mechanical systems with two- and many-degrees-of-freedom was studied...

...Alexandra Ast; Peter Eberhard The use of adaptronic components opens up interesting new possibilities for modern machine tools such as parallel kinematics. In this paper, two active vibration control concepts are designed for an adaptronic component of a parallel kinematic machine tool. The machine...

... 2008 concrete earthquake engineering earthquakes elastoplasticity finite element analysis rails railways springs (mechanical) structural engineering vibration control wheels dynamic interaction train railway structure earthquake multibody dynamics contact-impact between...

..., the amplitudes of periodic solutions do not correspond to the technical requirements. It is demonstrated that, if the vibration control terms are added, stable periodic solutions with arbitrarily chosen amplitude and phase can be accomplished. Therefore, an effective vibration control is possible if appropriate...

... steady-state moments of the primary resonance are derived. For the case of two distinct time delays, the appropriate choices of the combinations of the feedback gains and the difference between two time delays are discussed from the viewpoint of vibration control and stability. The analytical results...

... (for comparison). 13 10 2005 09 03 2007 oscillators wheels oscillations damping white noise shock absorbers vibration control vehicle dynamics bilinear damping stochastic excitation Liapunov exponents hyperspherical coordinates Shock absorbers with bilinear characteristic...

... effects ranging from customer annoyance to fatigue failures. Several methods exist for reducing these vibrations, including active vibration control utilizing sensors and actuators, torsional dampers, increasing flywheel inertia, and passive tuned vibration...