Deleted Journal,
Journal Year:
2024,
Volume and Issue:
6(12)
Published: Dec. 4, 2024
In
the
machining
domain,
most
undesired
effect
is
'friction',
which
leads
to
excessive
heat
generation
and
results
in
wear
of
cutting
tool.
Also,
friction
has
a
significant
negative
impact
on
mechanical
properties
machined
components.
To
address
these
consequences,
novel
category
Cutting
Fluids
(CFs)
been
invented.
These
CFs
include
nanoparticles
(NPs)
conventional
CFs,
resulting
emergence
new
variant
called
Nano
(NCFs).
Conventional
are
categorized
as
either
mineral
oil
based
or
taking
sustainability
into
account
it
may
be
also
vegetable
based.
NCFs
involve
incorporation
NPs
this
innovation
gained
recognition
seen
revolutionary
solution
field
machining.
The
implementation
prominent
operations
such
turning,
drilling,
milling,
grinding
resulted
improved
surface
quality
parts
increased
lifespan
tools.
This
achieved
by
reducing
forces,
enhancing
transfer,
minimizing
at
zone.
Using
Minimum
Quantity
Lubrication
enhances
process,
promotes
environmental
friendliness,
ensures
sustainability,
effefctively
tackles
concerns
associated
with
CFs.
review
provides
thorough
analysis
recent
research
papers
use
processes.
It
discusses
limitations
explores
potential
opportunities
for
sustainable
enhanced
future.
Advances in Manufacturing,
Journal Year:
2024,
Volume and Issue:
unknown
Published: March 9, 2024
Abstract
Minimum
quantity
lubrication
(MQL),
which
considers
the
cost,
sustainability,
flexibility,
and
quality,
has
been
actively
explored
by
scholars.
Nanoadditive
phases
have
widely
investigated
as
atomizing
media
for
MQL,
aimed
at
enhancing
heat
transfer
friction
reduction
performance
of
vegetable-oil-based
biolubricants.
However,
industrial
application
nano-enhanced
biolubricants
(NEBL)
in
grinding
wheels
workpiece
interfaces
a
cooling
lubricating
medium
still
faces
serious
challenges,
are
attributed
to
knowledge
gap
current
mapping
between
properties
grindability
NEBL.
This
paper
presents
comprehensive
literature
review
research
developments
NEBL
grinding,
highlighting
key
clarifies
blind
spots.
Firstly,
physicochemical
elaborated
from
perspective
base
fluid
nanoadditive
phase.
Secondly,
excellent
is
clarified
its
distinctive
film
formation,
transfer,
multiple-field
mobilization
capacity.
Nanoparticles
with
high
thermal
conductivity
extreme-pressure
film-forming
significantly
improved
high-temperature
extreme-friction
conditions
zone.
Furthermore,
sustainability
applying
small
amounts
systematically
evaluated,
providing
valuable
insights
industry.
Finally,
perspectives
proposed
address
engineering
scientific
bottlenecks
aims
contribute
understanding
effective
mechanisms
development
green
technologies.
Intelligent and sustainable manufacturing,
Journal Year:
2024,
Volume and Issue:
1(1), P. 10006 - 10006
Published: Jan. 1, 2024
Nickel-based
alloys
has
important
application
value
in
modern
industrial
field,
but
there
are
a
lot
of
problems
that
difficult
to
solve
traditional
processing,
and
it
is
typical
difficult-to-process
material.
In
order
improve
the
machinability
nickel-based
alloys,
scholars
try
use
variety
non-traditional
processing
methods
explore
study
alloys.
these
studies,
ultrasonic
vibration
assisted
technology
minimum
quantity
lubrication
(MQL)
can
achieve
remarkable
results.
The
intermittent
separation
cutting
characteristics
quality
by
changing
tool
path,
while
effect
cutting,
combining
MQL
leverages
benefits
both
methods,
resulting
improved
expanded
Summarize
current
research
status
on
machining
mechanism
micro
lubrication,
anticipate
its
developmental
trends.
This
provides
reference
for
future
efficient
mechanisms
practical
applications
Chinese Journal of Mechanical Engineering,
Journal Year:
2024,
Volume and Issue:
37(1)
Published: March 14, 2024
Abstract
Minimum
quantity
Lubrication
(MQL)
is
a
sustainable
lubrication
system
that
famous
in
many
machining
systems.
It
involve
the
spray
of
an
infinitesimal
amount
mist-like
lubricants
during
processes.
The
MQL
affirmed
to
exhibit
excellent
performance,
and
it
highly
economical.
nanofluids
are
understood
lubricity
heat
evacuation
capability,
compared
pure
oil-based
system.
Studies
have
shown
surface
quality
energy
expended
grinding
operations
can
be
reduced
considerably
due
positive
effect
these
nanofluids.
This
work
presents
experimental
study
on
tribological
performance
SiO
2
nanofluid
Si
3
N
4
ceramic.
different
modes
systems
operation
was
also
analyzed.
Different
concentrations
manufactured
using
canola,
corn
sunflower
oils.
quantitative
evaluation
process
done
based
forces,
specific
energy,
frictional
coefficient,
integrity.
found
canola
oil
exhibits
optimal
oil,
traditional
Additionally,
introduction
ultrasonic
vibrations
with
reduce
normal
tangential
roughness
by
65%,
57%,
18%
respectively.
Finally,
regression
analysis
used
obtain
optimum
parameter
combinations.
observations
from
this
will
aid
smooth
transition
towards
ecofriendly
engineering
ceramics.
Lubricants,
Journal Year:
2023,
Volume and Issue:
11(10), P. 422 - 422
Published: Oct. 2, 2023
Minimizing
the
negative
effects
of
manufacturing
process
on
environment,
employees,
and
costs
while
maintaining
machining
accuracy
has
long
been
a
pursuit
industry.
Currently,
nanofluid
minimum
quantity
lubrication
(NMQL)
used
in
cutting
grinding
studied
as
useful
technique
for
enhancing
machinability
empowering
sustainability.
Previous
reviews
have
concluded
beneficial
NMQL
factors
affecting
them,
including
volume
fraction
nanoparticle
species.
Nevertheless,
summary
mechanism
performance
evaluation
processing
different
materials
is
deficient,
which
limits
preparation
specifications
popularity
factories.
To
fill
this
gap,
paper
concentrates
comprehensive
assessment
processability
based
tribological,
thermal,
machined
surface
quality
aspects
nanofluids.
The
present
work
attempts
to
reveal
nanofluids
from
viewpoint
nanofluids’
physicochemical
properties
atomization
performance.
Firstly,
study
contrasts
distinctions
structure
functional
mechanisms
between
types
base
fluids
molecules,
providing
quantitative
comparative
Secondly,
theoretical
models
that
affect
stability
various
thermophysical
nanofluids,
revealing
nanoparticles
endow
with
unique
heat
transfer
mechanisms.
Finally,
mapping
relationship
parameters
material
analyzed,
guidance
technical
support
industrial
application
scientific
research
Frontiers of Mechanical Engineering,
Journal Year:
2023,
Volume and Issue:
18(4)
Published: Dec. 1, 2023
Abstract
Nanoparticle-enhanced
coolants
(NPECs)
are
increasingly
used
in
minimum
quantity
lubrication
(MQL)
machining
as
a
green
lubricant
to
replace
conventional
cutting
fluids
meet
the
urgent
need
for
carbon
emissions
and
achieve
sustainable
manufacturing.
However,
thermophysical
properties
of
NPEC
during
processing
remain
unclear,
making
it
difficult
provide
precise
guidance
selection
principles
industrial
applications.
Therefore,
this
paper
reviews
action
mechanism,
properties,
future
development
directions
NPEC.
First,
laws
influence
nano-enhanced
phases
base
on
performance
revealed,
dispersion
stabilization
mechanism
preparation
process
is
elaborated.
Then,
unique
molecular
structure
physical
NPECs
combined
elucidate
their
mechanisms
heat
transfer,
penetration,
antifriction
effects.
Furthermore,
effect
investigated
basis
excellent
lubricating
cooling
by
comprehensively
quantitatively
evaluating
material
removal
characteristics
turning,
milling,
grinding
Results
showed
that
turning
Ti–6Al–4V
with
multi-walled
nanotube
volume
fraction
0.2%
resulted
34%
reduction
tool
wear,
an
average
decrease
force
28%,
7%
surface
roughness
Ra
,
compared
flood
process.
Finally,
research
gaps
further
applications
industry
presented.
The International Journal of Advanced Manufacturing Technology,
Journal Year:
2024,
Volume and Issue:
131(5-6), P. 1963 - 1974
Published: Feb. 23, 2024
Cutting
fluid
has
the
effect
of
reducing
cutting
force,
temperature,
improving
tool
life,
etc.,
which
been
widely
used
in
traditional
machining.According
to
statistics,
global
annual
consumption
is
more
than
4
million
tons.However,
with
improvement
carbon
reduction
and
emission
requirements,
fluids
have
unable
meet
future
requirements
green
manufacturing
sustainable
due
problems
unfriendly
environment
non-renewable
energy.Currently,
become
a
hot
topic
industry.Emerging
technologies
(e.g.,
dry
condition,
minimum
quantity
lubrication)
increasingly
reported
preliminarily
validated.However,
there
are
some
limitations
under
various
conditions
grinding,
cutting,
milling)
application
areas
aerospace
automotive).Therefore,
attention
should
be
focused
on
machining
performance
reduced
energy
consumption,
improved
efficiency
quality,
suppression
defects)
as
well
understanding
unknown
mechanisms
atomization,
penetration,
film
formation,
thermal
stability
bio-lubricant)
by
combining
existing
assistive
ultrasonic
vibration-assisted
nanoenhanced
bio-lubricants),
can
provide
theoretical
technical
support
for
key
components
aerospace,
rail
transportation,
automotive,
marine,
semiconductor,
other
fields
accelerate
related
technologies.On
this
basis,
authors'
team
planned
special
issue
entitled
"Enhanced
manufacture
technology
based
grinding,"
aims
solve
unclear
mechanism
multi-field
empowerment-assisted
lack
lubricant
formation
destabilization
mechanism,
bottlenecks
insufficient
strategy.
