Advances in chemical and materials engineering book series,
Journal Year:
2024,
Volume and Issue:
unknown, P. 423 - 446
Published: Sept. 27, 2024
To
solve
the
limited
cooling
capacity
of
drip
technique
in
current
clinical
grinding
orthopedic
surgery,
this
paper
carried
out
a
nanoparticle
jet
minimum
quantity
experiment
by
using
hydroxyapatite,
SiO2,
Fe2O3,
carbon
nanotubes
nanofluids.
The
mass
fraction
each
nanofluids
was
2%,
4%,
6%,
8%,
10%,
respectively.
Grinding
temperature
during
process
measured,
results
show
that
peak
bone
micro-grinding
isn't
always
proportional
to
measured
shows
an
inversely
relationship
with
nanofluid
within
certain
range,
but
beyond
range.
Such
critical
varies
when
different
types
nanoparticles.
Combining
heat
transfer
enhancement
nanofluids,
influence
law
type
and
concentration
on
disclosed
from
rheological
properties
micromechanisms
nanoparticles
zone.
Chinese Journal of Mechanical Engineering,
Journal Year:
2025,
Volume and Issue:
38(1)
Published: March 27, 2025
Abstract
As
the
manufacturing
industry
shifts
toward
environmentally
sustainable
practices,
grinding—a
high-precision
processing
method—is
commonly
used
to
ensure
final
workpiece
dimensions
and
surface
quality.
The
greening
of
grinding
processes
has
emerged
as
an
important
challenge
for
both
academia
industry.
Numerous
studies
proposing
different
methods
have
increased
rapidly;
however,
technical
mechanisms
development
trends
remain
unclear.
This
paper
applies
bibliometric
analyze
relevant
articles
published
on
WOS
from
2008
2023.
Results
show
that
China
highest
number
publications
(45.38%),
with
research
institutions
primarily
located
in
China,
India,
Brazil.
Among
publishing
journals,
70%
are
classified
Q2
or
above.
Additionally,
popular
authors
influential
this
field
identified.
Keyword
frequency
hotspot
literature
analysis
reveal
focuses
minimal
quantity
lubrication
(MQL)
grinding,
especially
using
biolubricants
nanoparticles
improve
performance.
article
reviews
effects
MQL.
It
further
examines
how
multi-energy
applications
enhance
MQL
by
influencing
droplet
atomization,
wettability,
machining
A
low-temperature
improves
heat
exchange
capacity
droplets,
while
electrostatic
enhances
contact
angles
dispersion.
Ultrasonic
energy
atomization
biolubricants,
magnetic
fields
facilitate
nanoparticle
penetration
into
zone,
reducing
forces.
innovations
wheel
structures
solid
can
reduce
temperatures
presents
a
comprehensive
review
eco-friendly
hotspots,
providing
support
theoretical
guidance
