The vibrational states experienced by the active components of a drilling assembly such as
that found in the oil or gas industry are discussed in the context of an integrated …

The series Advances in Industrial Control aims to report and encourage technology transfer
in control engineering. The rapid development of control technology has an impact on all …

In this paper, the efficacy of velocity feedback based nonlinear resonant controller is
proposed to control the free and forced self-excited vibration of a nonlinear beam. The …

Friction and nonlinearities result in large residual errors and deteriorate the performance of
head positioning of hard disk drive (HDD) servo systems and other mechanical servo …

An enhanced dynamic finite element (FE) model with friction coupling is applied to analyze
the design of disc brake pad structure for squeal noise reduction. The FE model is built-up …

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 present paper introduces a new method of controlling friction-driven self-excited
vibration. The control law is primarily derived using the Lyapunov's second method. A single …

An experimental set-up is designed and fabricated to yield a single degree-of-freedom
friction-driven oscillator. Self-excited limit cycles obtained experimentally are used to …

The first chapter is devoted to the significant role of various friction laws applied to
mathematical modeling of a friction phenomenon in engineering sciences. Both advantages …

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 …