A novel work holding method for hard turning using the shoe-centerless concept |
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Authors: | Rahul Chaudhari Fukuo Hashimoto |
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Affiliation: | The Timken Company, 4500 Mt. Pleasant St., North Canton, OH, USA |
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Abstract: | The widespread use of hard turning processes in industry has been facilitated by efficient work holding methods. In this paper, a novel application of the shoe-centerless work holding method is proposed for hard turning. Since changes in cutting forces during hard turning affect force balance, rotational instability can occur with shoe-centerless work holding. This paper describes the effect of changes in cutting forces due to tool wear on work rotational stability during shoe-centerless hard turning. It also presents guidelines to determine the optimum shoe setup angles for various hard turning process conditions to ensure work rotational stability and geometrical rounding stability. |
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Keywords: | Hard machining Finishing Shoe-centerless hard turning |
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