TY - JOUR
T1 - Investigations of Cutting Fluid Performance Using Different Machining Operations
AU - De Chiffre, Leonardo
AU - Belluco, Walter
PY - 2002
Y1 - 2002
N2 - An analysis of cutting fluid performance in dif-ferent
metal cutting operations is presented based
on performance criteria, work material and fluid
type. Cutting fluid performance was evaluated in
turning, drilling, reaming and tapping operations,
with respect to tool life, cutting forces and prod-uct
quality (dimensional accuracy and surface in-tegrity).
A number of different work materials were
considered, with emphasis on austenitic stainless
steel. Three different water-miscible products, all
without EP additives and used at 5% concentra-tion,
and four different straight oils, were investi-gated.
In the case of austenitic stainless steel as
the workpiece material, results using the different
operations under different cutting conditions show
that the performance of vegetable oil based prod-ucts
is superior or equal to that of mineral oil
based products. The hypothesis was investigated
that one will get the same performance ranking
for different metalworking fluids no matter what
machining test is used, when the fluids are of the
same type. Results show that this is mostly true
for the water-based fluids on austenitic stainless
steel while ranking did change depending on the
test with straight oils, and this difference was even
more pronounced with the other work materials.
AB - An analysis of cutting fluid performance in dif-ferent
metal cutting operations is presented based
on performance criteria, work material and fluid
type. Cutting fluid performance was evaluated in
turning, drilling, reaming and tapping operations,
with respect to tool life, cutting forces and prod-uct
quality (dimensional accuracy and surface in-tegrity).
A number of different work materials were
considered, with emphasis on austenitic stainless
steel. Three different water-miscible products, all
without EP additives and used at 5% concentra-tion,
and four different straight oils, were investi-gated.
In the case of austenitic stainless steel as
the workpiece material, results using the different
operations under different cutting conditions show
that the performance of vegetable oil based prod-ucts
is superior or equal to that of mineral oil
based products. The hypothesis was investigated
that one will get the same performance ranking
for different metalworking fluids no matter what
machining test is used, when the fluids are of the
same type. Results show that this is mostly true
for the water-based fluids on austenitic stainless
steel while ranking did change depending on the
test with straight oils, and this difference was even
more pronounced with the other work materials.
KW - MM02.43
M3 - Journal article
SP - 18
EP - 25
JO - Tribology and Lubrication Technology
JF - Tribology and Lubrication Technology
SN - 0024-7154
ER -