研削といしの自生機構
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概要
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The condition of active surface of a grinding wheel changes slightly or considerably in the process of metal grinding. The flank wear of cutting edges of grains widens the contact areas between grains and metals, and deteriorates the cutting ability of the wheel. On the contrary, the fracture and tearing-out of grains compensate the deterioration. The latter is so-called self dressing. In this report, the process of widening of the flank-wear area of grains in grinding, which is the result of both effects, the deterioration and the compensation, was analyzed under certain simple assumptions. An equation obtained in the analysis revealed a good agreement with the experimental data. Predictions on the characteristics of grinding wheels, which were derived from the equation, were illustrated.
- 社団法人日本機械学会の論文
- 1962-06-25
著者
関連論文
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- 被研削性 : 研削中の金属の挙動と切れ刃形成作用
- 砥粒の機械的性質と切れ刃形成
- 研削工具の寿命
- 砥粒の加熱による強度変化
- 砥粒の熱衝撃による脆弱化
- 研削砥石の寿命特性
- 砥粒を圧縮破壊するときの圧縮板の硬度の影響について
- 研削といしの自生機構
- 研削砥石の目立て間寿命判定基準
- 研削といしの自生機構
- 砥粒の破壊をともなう研削砥石の摩耗過程
- 分光分析法による研削砥石の目づまりの測定
- 研削中の砥粒の脱落過程
- 研削砥石の摩耗の一般的特性
- 砥粒の破壊強度