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 …

Precision motion stages are used in advanced manufacturing, metrological applications,
and semiconductor industries for high precision positioning with high speed. However …

Motion stages are widely used for precision positioning in manufacturing and metrology
applications. However, they suffer from nonlinear premotion (ie “static”) friction, which …

High precision roll-to-roll processes are believed to be one of the most promising
technologies for manufacturing flexible and large-area thin film electronics. However …

The application of servocontrolled mechanical-bearing-based precision motion stages
(MBMS) is well-established in advanced manufacturing, semiconductor industries, and …

The utilization of mechanical-bearing-based precision motion stages (MBMS) is prevalent in
the advanced manufacturing industries. However, the productivity of the MBMS is plagued …

The use of precision motion stages is very popular among advanced manufacturing and
machining industries. However, the performance of these motion stages is usually …

The Infinitesimal Calculus explores mainly two measurements: the instantaneous rates of
change and the accumulation of quantities. This work shows that scientists, engineers …