A complete understanding of the mechanism of boundary lubrication is a goal that scientists
have been striving to achieve over the past century. Although this complicated process has …

An ability to exchange between different attractors can bring adaptability and new
functionalities to an engineering system. While nonlinear controllers are widely used to …

The use of active vibration control may induce a delay leading to detrimental degradation of
the performance of active vibration control. This is particularly true in the case of mechanical …

The objective of this study is to correlate the mass and structure of the adsorbed sodium
dodecyl sulfate (SDS) on stainless steel surface in aqueous solution with the boundary …

In this paper, we investigate different friction models by examining the dynamic responses of
a single-degree-of-freedom system exhibiting friction-induced vibration. Specifically, we …

Based on the high-dimensional flow switchability theory in discontinuous dynamical
systems, this paper aims at investigating the dynamical behaviors of a 3-DOF (three degree …

The present work utilizes a displacement feedback control strategy to mitigate the friction
driven stick-slip vibration of a mechanical system with single degree of freedom. The stick …

We investigate the control of friction-induced vibration in a precision motion stage under the
effect of the LuGre friction dynamics. We consider a lumped parameter model of the …

Linear spring mass systems placed on a moving belt have been subjected to numerous
investigations. Dynamical characteristics like amplitude and frequency of oscillations and …

We present a detailed bifurcation analysis of the state-dependent delay model of rotary
drilling considering only the axial and torsional modes. This analysis is presented for the …