Heavy-Duty Centerless Grinding for Multi-Diameter Shafts
References (4)
Current state of workpiece roundness control in precision centerless grinding
Annals of the CIRP
(1984)Optimization studies in high removal rate centerless grinding
Annals of the CIRP
(1986)
Cited by (13)
Advances in centerless grinding technology
2012, CIRP Annals - Manufacturing TechnologyCitation Excerpt :A total of nineteen papers have been published and one keynote paper was presented by Rowe et al. [117]. Seven papers are related to the improvement of roundness including the rounding mechanism and regenerative chatter vibration [16,21,61,74,94,147,148], seven examine high efficiency grinding including workpiece support stability [11,56,59,114,118,125,141], and five are on optimization and simulation [45,46,58,83,132]. Fig. 1 shows the evolutions of roundness and throughfeed rate of parts ground by centerless grinding in comparison with the change in the average fuel economy of passenger cars since the birth of centerless grinding.
Stability analysis and time domain simulation of multiple diameter parts during infeed centerless grinding
2011, CIRP Annals - Manufacturing TechnologyCitation Excerpt :However he did not take into account the negative effect of large grinding force ratios in spinning phenomena (Fig. 2). In this paper the same approach as in previous works in the literature [6–8] has been used to solve the generalized rotational stability problem. Next, a work rotational motion and stability analysis tool has been developed.
Process monitoring of centerless grinding using acoustic emission
2001, Journal of Materials Processing TechnologySafe operations and friction characteristics of regulation wheel in centerless grinding
1998, CIRP Annals - Manufacturing TechnologyOn the Relationship between Setup Parameters and Lobing Behavior in Centerless Grinding
1996, CIRP Annals - Manufacturing TechnologyCentreless Grinding Research and its Application in Advanced Manufacturing Technology
1989, CIRP Annals - Manufacturing Technology