Title | |
Author(s) | Dy Choun, Paris Vanna, Chhorvy Bin, Monyrath Thy, Sela Soy, Sovann Chhim, Sovy Seab, Latin Heang, Rayuth Keat, Lida Heng, San Phearom, Sophal Hai |
Status | 35 views, 30 downloads Download |
Keywords | analysis of variance (ANOVA) CVD coated carbide insert S45C steel signal-to-noise (S/N) surface roughness turning process |
Abstract | S45C carbon steel is a common engineering steel and widely used for many industrial applications such as machine structures, gears, shafts, axles, bolts, etc. The purpose of this research is to investigate the cutting parameters (feed rate and spindle speed) in different levels to evaluate the surface roughness (Ra) of S45C steel in the dry turning process using the CVD coated carbide inserts. The surface roughness (Ra) of turning process was measured by surface roughness tester (Surftest SJ-210, Mitutoyo, Japan). The statical analysis of analysis of variance (ANOVA) and signal-to-noise (S/N) ratio were utilized to investigate the effect of cutting parameter on surface roughness (Ra). The results showed that the feed rate significantly affect is better on the surface roughness (Ra), but the spindle speed did not. The cutting parameters for optimum surface quality are a combination of a spindle speed of 1500rpm and feed rate of 0.15mm/rev. The result of surface roughness for turning S45C steel can be applied in the manufacturing industrial application, as well as automotive parts. |
Journal | - |
Publisher/Institution | National Polytechnic Institute of Cambodia (NPIC) |
Field/Faculty | Innovations in Architecture and Construction |
Publication Year | 2023 |
Volumn | - |
Issue | - |
Pages | 193-199 |
DOI | - |
Recommended Citation | Dy Choun, Paris Vanna, Chhorvy Bin, Monyrath Thy, Sela Soy, Sovann Chhim, Sovy Seab, Latin Heang, Rayuth Keat, Lida Heng, San Phearom, Sophal Hai. (2023). Evaluation of Surface Roughness of S45C Steel in Turning Process using CVD Coated Carbide Inserts. Proceeding in RIET 2023 Conference, NPIC, 193-199 |
Author Email | choundy@npic.edu.kh, khaisophal@gmail.com |