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An Investigation on Machinability during Turning Al-Mg2Si-Si Composite in Dry Condition
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In this work, machinability study during turning of Al-Mg2Si-Si is taken into
consideration with varying cutting tools. Latin square method is applied to find out
the effect of cutting velocity, feed as well as insert type onto force requirement.
Results show that in relatively high cutting velocity range, feed has significant effect
on forces. Under 60 –75 m/min cutting velocity with 0.06-0.08 mm/rev feed, good
machinability is obtained, and hence, these cutting conditions may be recommended
for application in the industry.
consideration with varying cutting tools. Latin square method is applied to find out
the effect of cutting velocity, feed as well as insert type onto force requirement.
Results show that in relatively high cutting velocity range, feed has significant effect
on forces. Under 60 –75 m/min cutting velocity with 0.06-0.08 mm/rev feed, good
machinability is obtained, and hence, these cutting conditions may be recommended
for application in the industry.
Keywords
Machining, turning, Al-Mg2Si-Si, cutting force, machinability, cutting tool
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