A tandem approach to selection of machinability data

Yeo, Song Huat; Rahman, M.; Wong, Yoke San

doi:10.1007/bf01179275

Cited by 4 publications

(1 citation statement)

References 13 publications

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“…For X2Cr18Ni8 steel Φ I is 29 to 30°, Φ 2.I is 25 to 27° and Φ 2.II is 45 to 48°. In the course of material selection, the cutting process generally can arise from the traits which the workpiece material and the conditions of the cutting process [22]. This character is material machinability.…”

Section: Experimental Procedures Analysis and Resultsmentioning

confidence: 99%

Elementary Study of the Machinability During Drilling of Stainless Steels X2Cr18Ni8

Jurko¹,

Mrkvica²,

Zaborowski³

2015

Mechanik

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Precise and reliable information on the machinability of a material before it enters the machining process is a necessity, and hypotheses must be tested through verification of actual methods. This article presents conclusions of machinability tests on austenitic stainless steels X2Cr18ni8and describes appropriate parameters for the cutting zone during the process of drilling. The article focuses on the analysis of selected domains through four basic some parameters of steel machinability.Keywords: drilling, cutting zone, plastic deformation, stainless steels, machinability, machined surface, Przed wdrożeniem nowych tworzyw konstrukcyjnych do procesu obróbki skrawaniem niezbędne są precyzyjne i niezawodne informacje o ich obrabialności, przy czym powinny być one sprawdzone aktualnymi metodami. W artykule przedstawiono wnioski z badania obrabialności austenitycznej stali nierdzewnej X2Cr18Ni8, opisano także właściwe parametry strefy skrawania w procesie wiercenia. W artykule skupiono się na analizie czterech podstawowych parametrów obrabialności stali w wybranych zakresach.Słowa kluczowe: wiercenie, strefa skrawania, odkształce-nie plastyczne, stal nierdzewna, obrabialność.

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Section: Experimental Procedures Analysis and Resultsmentioning

confidence: 99%