Communications - Scientific Letters of the University of Zilina 2007, 9(4):55-58 | DOI: 10.26552/com.C.2007.4.55-58
Analysis of Vibration When Application of Progressive Grinding Wheels
- 1 Department of Machining and Automation, Faculty of Mechanical Engineering, University of Zilina, Slovakia
This investigation was undertaken to compare the performance of grinding wheels containing newly developed "seeded gel" aluminum oxide abrasive with the wheels containing conventional monocrystalline aluminum oxide. The experiments were carried out on the surface grinder BPH 20 over a wide range of removal rates with two grinding wheels on hardened bearing-steel specimens. It was found that the wheels containing "seeded gel" abrasive required less grinding power and gave higher grinding stability than monocrystalline abrasive wheels of the same grade with better surface waviness. The potential improvement in productivity using the "seeded gel" abrasive wheels was estimated. Optimal removal rates with the SG wheel are higher than the one for conventional monocrystalline aluminum oxide.
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Published: December 31, 2007 Show citation
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References
- TONSHOFF, H. K., FRIEMUTH, T., BECKER, J. C: Process Monitoring in Grinding, Annals of the CIRP, 51/2/2002, p. 551
Go to original source... - NESLU_AN, M., TUREK, S., MINICH, R.: Study of vibration in grinding through the analysis of grinding force (in Slovak), Strojárska technológia 2004, Súµov, pp. 177-184
- TUREK, S. - MINICH, R. - NESLU©AN, M.: Experimental Investigation of Chatter at SG Grinding Wheels Application, 11th International scientific conference, ®ilina, 2003
- UHLMAN, E., STARK, C.: Potentiale von Schleifwerkzeugen mit mikrokristalliner Schleifen, Honen und Polieren, Vulkan Verlag, Essen, 1997.
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