Monitoring Single Point Diamond Turning Through Acoustic Emission
Price
Free (open access)
Transaction
Volume
23
Pages
6
Published
1999
Size
447 kb
Paper DOI
10.2495/LAMDAMAP990061
Copyright
WIT Press
Author(s)
H.A.T.Silva, J.G.Duduch, R.G. Jasinevicius & A.E. Gee
Abstract
The machining of brittle glassy, ceramic and crystalline materials is assuming increasing importance in the manufacture of optics, opto-electronics and components for other areas of industry. A restricted range of ductile mode machining can be obtained with controlled cutting parameters (cut-depth and feedrate). The need to improve the control of such cutting parameters makes the use of acoustic emission (AE) sensors a potentially viable technique. An investigation into ultraprecision diamond turning monitoring by measuring AE during the cutting process and studying its correlation with
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