Studi Pengaruh Kecepatan Potong Dan Kedalaman Pemotongan Terhadap Kekasaran Permukaan Benda Hasil Pembubutan Menggunakan Pahat HSS Terhadap Material St41

Rendi Wawanto, Erwansyah -, A. .
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引用次数: 1

Abstract

In the machining process is very need high precision to get a good result. One of the benchmarks of the quality of the surface of the product workmanship in the machining process is surface roughness. The research was aimed at determining the contribution of the parameters of the machining process conducted on lathes. The research was conducted using lathes with machining process parameters that vary from cutting speed, and depth of nutrition, as well as using fixed parameters of feeding. The experiment was conducted using experimental method with the amount of cutting speed value (Vc) used by St 41 material of 20-25 m/min. The values used in this study were limited to 20, 21, and 22 m/min (Vc) values and cutting depths of 0.5, 0.8, and 1.0 mm. Research shows the results of turning (Vc) 20 m / min. best depth using a cutting depth of 0.5 mm with a surface roughness value (Ra) of 2,743 μm, and (Vc) of 21 m/min, the best depth using a depth of 0.5 mm with a surface roughness value (Ra)1,495 μm, and using (Vc) 22 m/min, the best depth uses a depth of 0.8 mm with a surface roughness value (Ra)1,376 μm. the best value of the turning process uses 3 cutting speeds and 3 cutting depths at the turning process using (Vc) 22 m/min with a depth of 0.8 mm with a surface roughness value (Ra)1,376 μm
研究用凿子对材料St41的磨砂表面粗糙的切割速度和切割深度的影响
在加工过程中非常需要较高的精度才能得到良好的效果。在机械加工过程中,衡量产品工艺表面质量的基准之一就是表面粗糙度。研究的目的是确定在车床上进行的加工过程的参数的贡献。在切削速度和营养深度不同、进给参数固定的情况下,采用不同加工工艺参数的车床进行了研究。实验采用实验方法进行,St 41材料使用的切削速度值(Vc)量为20 ~ 25 m/min。本研究中使用的值被限制在20、21和22 m/min (Vc)值,切割深度为0.5、0.8和1.0 mm。研究结果表明,车削(Vc)为20 m/min,切削深度为0.5 mm,表面粗糙度值(Ra)为2743 μm,切削深度为21 m/min,切削深度为0.5 mm,表面粗糙度值(Ra)为1495 μm,切削深度为22 m/min,切削深度为0.8 mm,表面粗糙度值(Ra)为1376 μm。车削加工的最佳值为3种切削速度和3种切削深度,车削过程中(Vc) 22 m/min,深度为0.8 mm,表面粗糙度值(Ra)1,376 μm
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