作者: M. Krallis , D. P. Hess
关键词: Structural engineering 、 Natural frequency 、 Slip (materials science) 、 Vibration 、 Mechanics 、 Torsional vibration 、 Contact system 、 Kinetic friction 、 Random vibration 、 Physics
摘要: This paper presents a dynamic analysis of contact system subjected to an applied normal vibration. The tangential motion the is found exhibit stick-slip behaviour dependent on vibration, even in absence difference static and kinetic friction or negative gradient friction-velocity relation. leads development criterion for form equation defined terms input parameters. also presented graphically assessed through series experiments. measurements show that occurs significantly wider drive velocity range when vibration near natural frequency system. In addition, presence lock