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Method for adjusting warp measurements to a different board dimension
Author(s) -
William T. Simpson,
John R. Shelly
Publication year - 2000
Language(s) - English
Resource type - Reports
DOI - 10.2737/fpl-rn-273
Subject(s) - dimension (graph theory) , twist , warp drive , process (computing) , geometry , mathematics , computer science , engineering drawing , engineering , combinatorics , brane , mathematical physics , operating system
Warp in lumber is a common problem that occurs while lumber is being dried. In research or other testing programs, it is sometimes necessary to compare warp of different species or warp caused by different process variables. If lumber dimensions are not the same, then direct comparisons are not possible, and adjusting warp to a common dimension would be desirable so that these comparisons are possible. In this report, two methods of adjusting warp to different dimensions are developed—one based on the geometry of bow and crook and another based on the geometry of twist. These methods provide a way to adjust crook and bow measurements to a different length and to adjust twist to a different length or width so that comparisons are possible.

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