2010
DOI: 10.4271/2010-01-0218
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Effect of Machining Feed on Surface Roughness in Cutting 6061 Aluminum

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Cited by 33 publications
(22 citation statements)
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“…Increase in selectable feed increases the productivity in direct proportion. The total cost per part is addition of costs of raw material, set up, material handling, machining and tool [16]. To analyze cost aspects of using general purpose insert in dry ice cooled environment over using special purpose insert in room temperature environment, the cost of machining and tool are considered where as other costs are common.…”
Section: Productivity and Cost Analysismentioning
confidence: 99%
“…Increase in selectable feed increases the productivity in direct proportion. The total cost per part is addition of costs of raw material, set up, material handling, machining and tool [16]. To analyze cost aspects of using general purpose insert in dry ice cooled environment over using special purpose insert in room temperature environment, the cost of machining and tool are considered where as other costs are common.…”
Section: Productivity and Cost Analysismentioning
confidence: 99%
“…Dari gambar 6 dan 7 dapat dilihat bahwa semakin negatif sudut serpih perkakas potong maka akan meningkatkan kekasaran permukaaan dari benda kerja hasil proses pemotongan. Hal ini juga dijelaskan pada jurnal bahwa peningkatan sudut serpih juga meningkatkan kekasaran permukaan hasil dari proses pemotongan [7]. Gambar 8 memperlihatkan perbandingan gaya potong terhadap waktu dimana terjadi peningkatan gaya yang tinggi saat perkakas mulai memotong benda kerja dimana nilai maksimum gaya potong untuk sudut 0° adalah 608.59 N. Seiring berjalannya waktu gaya potong mengalami kenaikan dan penurunan dan menurun drastis pada saat berakhirnya proses pemotongan.…”
Section: A Analisa Mekanis Sudut Serpihunclassified
“…Pada gambar 10 juga menunjukkan kekasaran permukaan yang meningkat daripada kedalaman 1mm. Hal ini jug a disebutkan pada jurnalnya bahwa semakin besar kedalaman potong, maka luas penampang dari chip semakin besar dan berpengaruh terhadap hasil dari proses pemotongan dalam hal ini kelasaran permukaan [7]. Penggunaan Ls -Dyna untuk mensimulasikan proses pemotongan orthogonal dan menghasilkan ketika sudut serpih dianggap konstan gaya potong meningkat dengan meningkatnya kedalaman potong yang mana hasil eksperimen juga menunjukkan hal yang sama meski nilainya tidak persis [8].…”
Section: B Analisa Mekanis Kedalaman Potongunclassified
“…In their study, 20 tests were conducted with parameter variables including speed spindle, and drill diameter by surface response method (Amran et al, 2013). Kuttolamadom et al (2010) studied the effect of feed-rate on the surface roughness of aluminum 6061 (Kuttolamadom et al, 2010). Lo et al (2005) investigated the surface roughness of aluminum 6061 by three face-millings of various kinds by the Taguchi method and laser scattering.…”
Section: Introductionmentioning
confidence: 99%