This paper reports various chaotic phenomena that occur in a single-link flexible joint (SLFJ)
robot manipulator. Four different cases along with subcases are considered here to show …

Under the conditions of horizontal placement and only considering geometric nonlinearity,
depending on the boundary constraints, primary resonances of an elastic beam exhibit …

In this study, the primary, sub-and super-harmonic resonant behaviors of a cantilever beam-
type micro-scale device are analytically solved and examined. The device under study …

This present work has made a noteworthy attempt to demonstrate brief modeling of N-link
manipulator and subsequent modal characterization along with the determination of static …

Many civil and mechanical engineering structures can be simplified as double-beam
systems, ie, a primary beam and a secondary beam connected to the primary beam. Many …

An H∞ method for the vibration control of an iron cantilever beam with axial velocity using
the noncontact force by permanent magnets is proposed in the paper. The transverse …

The non-linear response of a magneto-elastic translating beam having prismatic joint for
higher resonance conditions is studied. A periodically varying transverse magnetic field is …

In this paper, nonlinear vibration of a cantilever beam with tip mass subjected to periodically
varying axial load and magnetic field has been studied. The temporal equation of motion of …

A mechanical system, in general, undergoes vibrational motion when the system is
subjected to a tension or an external force. One of the examples of such a system is a …

This paper predicts the nonlinear relative motion of a cantilever with a tip mass and magnets
based on a distributed-parameter model. The Kelvin viscoelastic model is used to account …