1. Root cause analysis of genration of chatters in crankshaft pin grinding
Authors : Vinod Hange, Dilip Khedekar
Pages : 74-77
DOI : http://dx.doi.org/10.21172/1.71.009
Keywords : Chatter, regenerative, Spindle Bearing Abstract :Chatter has long been a problem in machining and grinding. With trends for higher precision and greatly reduced tolerance, solutions to chatter problems have become increasingly important. Though chatter is simply a consequence of vibration within a grinding system, finding causes for the vibration and developing corrective strategies can be difficult. Essentially there are two types of chatter-causing vibration: forced and self excited (regenerative). The former is vibration independent of the grinding wheel and workpiece with sources that range from spindle bearings to machine tools operating nearby. Regenerative vibration, a type of chatter first described by Robert Hahn, starts as a slip-slide interaction between wheel and workpiece.
Citing this Journal Article :Vinod Hange, Dilip Khedekar, "Root cause analysis of genration of chatters in crankshaft pin grinding", Volume 7 Issue 1 - May 2016, 74-77
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