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Monitoring the flank wear using piezoelectric of rotating tool of main cutting force in end milling
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نویسنده
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tahir n.h.m. ,muhammad r. ,ghani j.a. ,nuawi m.z. ,haron c.h.c.
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منبع
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jurnal teknologi - 2016 - دوره : 78 - شماره : 6-10 - صفحه:45 -51
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چکیده
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Tool condition monitoring (tcm) system in the industry are mainly used to detect tool wear,breakage and chatter on the tool. tool wear of aisi p20 under various cutting conditions have been investigated in end milling using cutting force signals due flank wear progression. this study is focused on the piezoelectric sensor system which is integrated on rotating cutting tool for tool wear monitoring system in milling process. the signal captured by piezoelectric sensors are analyzed in time and frequency domain. the signal amplitudes of main cutting force,fc in time domain are increased,while the peak of the amplitude in frequency domain is decreased as the flank wear and cutting speed increases. by using 3d i-kaz™ statistical analysis method,the relationship and correlation between i-kaz coefficients,z∞ values with resultant flank wear width data,vb are proved. the results show that 3d i-kaz™ statistical analysis method can be effectively used to monitor tool wear progression using a wireless telemetry system during milling operations. © 2016 penerbit utm press. all rights reserved.
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کلیدواژه
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Cutting force signals; Milling process; Piezoelectric; Rotating dynamometer
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آدرس
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department of mechanical and materials engineering,faculty of engineering and build environment,universiti kebangsaan malaysia,bangi,selangor, Malaysia, department of mechanical engineering,faculty of engineering,syiah kuala university (unsyiah),darussalam,banda aceh, Indonesia, department of mechanical and materials engineering,faculty of engineering and build environment,universiti kebangsaan malaysia,bangi,selangor, Malaysia, department of mechanical and materials engineering,faculty of engineering and build environment,universiti kebangsaan malaysia,bangi,selangor,malaysia,centre for automotive research,faculty of engineering and built environment,universiti kebangsaan malaysia,ukm,bangi,selangor darul ehsan, Malaysia, department of mechanical and materials engineering,faculty of engineering and build environment,universiti kebangsaan malaysia,bangi,selangor, Malaysia
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Authors
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