TOLERANST RUN-OUT PADA MESIN BUBUT KONVENSIONAL L-5A TERHADAP KEKASARAN PERMUKAAN BENDA KERJA SILINDER

Hendra, Hendra (2014) TOLERANST RUN-OUT PADA MESIN BUBUT KONVENSIONAL L-5A TERHADAP KEKASARAN PERMUKAAN BENDA KERJA SILINDER. Jurnal Mekanikal, 4 (1). pp. 234-385. ISSN 2086-3403

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Abstract

The work pirc qtaltty (suffare roughness) in the machining prx6s such as a {shaft) rylindnaf shap is influend by sevenl compnenb such as basic elements of madining conditions of machining process and stiffness of machine tuls. Dept of cut, freding and revolutron of engines including in the fusic elemenb of machining process cab be affect of surface roughness quality of machining prress work pirc. While the affxt of cutting conditions an be sen in the tfte unrk pirc, leruth of crep and clamp onditians. If the psifrbn position of of work piw that do not centre then can be to affect to quality surfae roughness of cuttrng pruc*s. Since they gave of tolennce in the daign then the uncenterd condittbns can fu aaeptd for friis produd, but if the high precision of poducb is rquird then the affect of uncenterd an be making the prcduct is rejxtd. In this study to determine the affxt of uncenterd to the surfae roughness quallty of machining proess s carid out by the cutting test using the lathes machines L-5A. The resulb show that tlrc affxt of uncenterd make the quatfi of surfae roughn*s work pbrc beome

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