フラクタル幾何学を適用した多孔性超仕上砥石の設計法の開発(第1報) : 設計公式の構築

概要

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A common design technology of rnachine products is to verify whether an assumed physical structure correctly implements the spccified function or not. In the case of porous superfilnishing stones, however, the design technology depends on the trial manufacture and test. That very empirical way of designing is requiring urgently to discuss the engineered design. Therefore, the establishment of an integrated design procedure, from producing a preliminary drawing of stone structure in conformity to the specified cutting periormance to quantifying the manufacturing parameters of the stone, has been intended. In this paper, the seemingly complex and irregular structures of the superfinishing stones have been described uslng fractal geometry which provides a geometric model for the stone structures at the same time. Further, the intrinsic parameter characterizing fractally the stone structure has been related experimentally to the manufacturing parameters and the cutting performance of the stones.
公益社団法人精密工学会の論文
1999-06-05