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Effect of cutting speed on surface quality by bandsawing

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Abstract

The surface profile behavior of workpieces sawn has been investigated. Six species were sawn under the condition of four different kinds of cutting speed by the band saw. The real surface profile of a sawn workpiece is composed of two sections, which are the additivity of the waviness of filtered wave and roughness curve. The roughness of center line average as well as amplitude decrease with the increasing of cutting speed for different kinds of species used in the experiment.

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References

  1. Yu Jianguo. 1996. Dynamic behaviors on sawing frozen wood and non-frozen wood using band saw. Abstracts of the 8th annual meeting Chugoku Shikoku Branch of the Japan wood research society. 4–5

  2. Staufert. G. 1979. Description of roughness profiles by separating the random and periodic components. Were. vol. 57. pp. 185–194.

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  3. Stumbo. D.. 1963. Surface texture measurement method. For. Prod. J. 13(7): pp. 299–304.

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  4. Surface roughness-Definitions and designation. Japanese Industrial Standard. Jis B 0601-1994.

  5. Yu Jianguo. 1997. Surface roughness on sawing frozen wood and non-frozen wood using band saw. 13th international wood machine seminar. pp. 77–79.

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(Responsible Editor: Dai Fangtian)

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Jianguo, Y., Ting, L. Effect of cutting speed on surface quality by bandsawing. Journal of Forestry Research 8, 246–249 (1997). https://doi.org/10.1007/BF02875015

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