Authors :
Joshua Raharjo; Rosehan; Harto Tanujaya
Volume/Issue :
Volume 8 - 2023, Issue 12 - December
Google Scholar :
https://tinyurl.com/48b44vcy
Scribd :
https://tinyurl.com/4mnufvbp
DOI :
https://doi.org/10.5281/zenodo.10320820
Abstract :
In this era, technological development is very
rapid in everyday life and in the industrial sector.
Advances in the industrial field have produced many
innovations that can help improve the efficiency and
quality of the products produced. One of the important
cutting processes is the turning process. Lathe is the most
common cutting or scraping technique used in the
production process. In this study, the problem defined is
the effect of cutting angle and depth of cut on the scour
produced from the turning process. The limitations of the
problem limits used in this study are the workpiece used
is VCN 150 with a cylindrical shape, the process of taking
data on the thickness of the graver using a manual
vernier, and the process of taking data for surface
roughness on the workpiece using a mitutuyo surface test.
The problem formulation used in this study is how the
effect of cutting angle on surface roughness and how the
effect of cutting depth on surface roughness on the
workpiece. The purpose of this research is to examine
analytically about the effect of cutting angle on the
resulting grit on cylindrical VCN 150 steel material and
examine analytically about the effect of depth of cut on
the resulting grit on cylindrical VCN 150 steel material.
The benefit of this research is that readers can better
know and understand the results of the scour produced
from the turning process on VCN 150 steel material. The
innovation of this research is that research conducted on
scour to determine surface roughness is still little done in
Indonesia.
Keywords :
VCN 150, Chip, Cutting Angle, Depth of Cut, Surface Test Mitutuyo.
In this era, technological development is very
rapid in everyday life and in the industrial sector.
Advances in the industrial field have produced many
innovations that can help improve the efficiency and
quality of the products produced. One of the important
cutting processes is the turning process. Lathe is the most
common cutting or scraping technique used in the
production process. In this study, the problem defined is
the effect of cutting angle and depth of cut on the scour
produced from the turning process. The limitations of the
problem limits used in this study are the workpiece used
is VCN 150 with a cylindrical shape, the process of taking
data on the thickness of the graver using a manual
vernier, and the process of taking data for surface
roughness on the workpiece using a mitutuyo surface test.
The problem formulation used in this study is how the
effect of cutting angle on surface roughness and how the
effect of cutting depth on surface roughness on the
workpiece. The purpose of this research is to examine
analytically about the effect of cutting angle on the
resulting grit on cylindrical VCN 150 steel material and
examine analytically about the effect of depth of cut on
the resulting grit on cylindrical VCN 150 steel material.
The benefit of this research is that readers can better
know and understand the results of the scour produced
from the turning process on VCN 150 steel material. The
innovation of this research is that research conducted on
scour to determine surface roughness is still little done in
Indonesia.
Keywords :
VCN 150, Chip, Cutting Angle, Depth of Cut, Surface Test Mitutuyo.
