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TECHNICAL PAPERS

Temperature Measurement of Workpieces in Conventional Surface Grinding

[+] Author and Article Information
T. Kato, Hiroshi Fujii

Department of Mechanical and Systems Engineering, Faculty of Engineering, Gifu University, 1-1 Yanagido, Gifu 501-1193 Japan

J. Manuf. Sci. Eng 122(2), 297-303 (Nov 01, 1998) (7 pages) doi:10.1115/1.538918 History: Received October 01, 1995; Revised November 01, 1998
Copyright © 2000 by ASME
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References

Figures

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Experimental set up for grinding test
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Residual stress measurement
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Moving heat source model
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Photomicrograph of PVD film deposited on the workpiece after grinding test (film material: Bismuth, melting point: 545 K, Vw=25 mm/s,a=0.02 mm,Vs=27.5 m/s)
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Temperature distribution in the workpiece for different work speeds (a=0.02 mm,Vs=27.5 m/s)
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Maximum temperature rise and grinding energy versus depth of cut (Vs=27.5 m/s,Vw=50 mm/s)
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Maximum temperature rise and grinding energy versus wheel speed (Vw=50 mm/s,s=0.02 mm)
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Coefficient β versus parameter α−0.63Vw0.63lc−0.37
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Residual stress distribution for different work speed (Vs=27.5 m/s,a=0.02 mm)
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Residual stress distribution for different depth of cut (Vs=27.5 m/s,Vw=50 mm/s)
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Residual stress distribution for different wheel speed (Vw=50 mm/s,a=0.02 mm)
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Residual stress at the surface versus maximum temperature rise at the surface
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Residual stress at the surface versus temperature gradient at the surface
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Maximum temperature rise and grinding energy versus work speed (Vs=27.5 m/s,a=0.02 mm)
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Temperature distribution in the workpiece (Vw=50 mm/s,a=0.02 mm,Vs=27.5 m/s)
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Temperature distribution in the workpiece for different wheel speeds (Vw=50 mm/s,a=0.02 mm)
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Temperature distribution in the workpiece for different depths of out (Vw=50 mm/s,Vs=27.5 m/s)

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