@article{oai:kanazawa-u.repo.nii.ac.jp:00009171,
 author = {Asakawa, Naoki and Hirao, Masatoshi and 井澤, 正樹 and 中澤, 宏紀 and 井口, 信明 and 浅川, 直紀 and 平尾, 政利},
 issue = {10},
 journal = {精密工学会誌論文集 = Journal of the Japan Society for Precision Engineering. Supplement. Contributed papers},
 month = {Jan},
 note = {前報ではウォータージェットの洗浄・除去作用に着目し, インプロセスドレッシングの効果を確認した. 本報ではcBNホイールによるTi6Al4Vの研削において, ホイールの各粒度について最適噴射圧力が存在し, それは粒径が小さいホイールほど寸法効果により高圧であること, 噴射角度によりドレッシング効果に違いが生じることを確認した. In previous paper, cleaning and removal functions of a waterjet were examined and the effect was validated as a means of inprocess dressing. This paper discribes : a) the optimal injection pressure of a waterjet dresser depending on the grain size of the wheel and b) the dressing effect of a waterjet dresser in relation to its injection angle in grinding Ti6Al4V using a cBN wheel. The optimal injection pressure of a dresser differed depending on the grain size of the wheel, and the condition of a processed surface deteriorated when the injection pressures were not optimized in the in-process dressing with waterjet. It was clarified that higher waterjet pressure was required to remove chips as the grain size of a wheel became smaller in the dressing using wheels of a grain size from #230 to #1000. The collision speed of a waterjet with a wheel differed depending on the injection angle. When a waterjet collided with a wheel in a direction opposite to its rotation, the collision speed became higher and a better dressing result was obtained. Conversely, when a waterjet collided with a wheel in the same direction as its rotation, the dressing effect decreased. It became clear that the injection angle of a waterjet has considerable influence on the dressing effect.},
 pages = {1315--1319},
 title = {ウォータージェットを用いた砥石のインプロセスドレッシング (第2報): 噴射圧力・噴射角度がドレッシング特性に与える影響},
 volume = {71},
 year = {2005}
}