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The reduction of effective frictional forces by superimposing vibrations is referred to as vibrational smoothing of dry friction and has been subject of numerous publications. Focussing on the impact of longitudinal vibrations and using simple Coulomb friction modelling, high‐frequency vibrations have been shown to change the non‐smooth characteristics of dry friction into a viscous‐like behaviour...
High-frequency vibrations have been shown to smooth the effective characteristics of dry friction and overcome undesired effects such as friction-induced vibrations. Although the effect of vibrational smoothing is subject of many theoretical studies and has been applied successfully to metal forming processes, only few publications are known presenting advanced modelling approaches or related experimental...
High‐frequency vibrations have been shown to smooth the effective characteristics of dry friction and may be used in order to quench undesired phenomena such as friction induced vibrations. As the agreement between classical modelling and related experimental results appears to be insufficient, the effect of contact compliance on vibrational smoothing of dry friction has been discussed. Recently,...
The effect of vibrational smoothing of dry friction has been studied intensively in the past. High-frequency vibrations have been shown to reduce average friction forces and thus smooth the effective characteristics of dry friction. Consequently, undesired friction-induced phenomena, such as friction-induced vibrations or stick-slip motion, can be avoided. While most publications focus on rigid contacts...
High‐frequency vibrations have been shown to smooth the effective characteristics of dry friction and may be used in order to quench undesired phenomena such as friction induced vibrations. Recent contributions have discussed the influence of contact compliance on vibrational smoothing. Within this contribution, an experimental set‐up is presented, which has been developed in order to validate the...
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