Optimization of Nickel Alloy Turning Considering the Tool in Different Wear Phases
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Paper presents some turning process optimization investigations, concerning modeling of tool wear when turning a difficult-to-cut material like nickel based alloy. The workpiece was an aircraft engine part in the form of disc. The aim of the research was an optimization of the cutting data (feed rate) for the purpose to improve the cutting process (stabilization of the cutting force course along the tool path) and increase the material removal rate (efficiency of the machining). A “force material model”, based on the tool behavior in its different wear phases was established.
Optimization of Cutting Parameters in Milling Process Using Genetic Algorithm and ANOVA (March 2020)
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Vol 38
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pp. 1489-1503
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2021 ◽
pp. 929-937
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2018 ◽
Vol 330
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pp. 012083
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Vol 40
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pp. 331-349
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Vol 233
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pp. 2283-2291
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Vol 35
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