This
paper
investigates
the
effect
of
polyvinylidene
fluoride,
carbon
nano
tube
(PVDF-CNT)
hybrid
coating
on
heat
transfer
and
hydraulic
performance
serpentine
microchannel
sink.In
aluminum
sink
with
deionized
water
working
fluid,
flow
resistance
were
analyzed
for
different
mass
flux
G
corresponding
to
PVDF-CNT
coated
(PSMC)
uncoated
(TSMC)
at
densities.The
results
show
that
improves
channel.
Compared
TSMC,
convective
coefficient
PSMC
was
improved
by
up
61.9%
reduced
33.8%.
There
is
a
critical
interval
inlet
G,
beyond
which
efficiency
improvement
over
TSMC
more
significant.
Cogent Engineering,
Год журнала:
2024,
Номер
11(1)
Опубликована: Дек. 7, 2024
Nanofluids
have
emerged
as
a
transformative
cooling
solutions
that
offer
substantial
improvements
in
various
engineering
applications
require
enhanced
heat
transfer.
This
review
comprehensively
analyses
the
latest
research
advances,
technological
progress,
and
regulatory
considerations
associated
with
nanofluids.
Beginning
an
overview
of
nanofluid
properties,
composition,
preparation
methods,
we
highlight
their
roles
enhancing
Detailed
examinations
experimental
studies
numerical
simulations
revealed
effectiveness
such
automobile
radiators,
electronic
cooling,
turbine
blade
solar
PV-thermal
systems.
Health
safety
were
addressed
by
discussing
nanoparticle
toxicity,
biocompatibility,
environmental
impacts,
along
occupational
health
hazards
recommended
measures.
We
scrutinized
landscape
identified
challenges
gaps
frameworks
across
Africa,
Asia,
North
America,
European
Union.
A
bibliographic
analysis
progress
for
transfer
provides
insights
into
trends,
publication
dynamics,
key
contributors.
concludes
future
prospects
potential
nanofluids,
emphasizing
need
innovation
oversight.
underscores
scientific
advancements
while
stressing
importance
protocols
robust
sustainable
technologies.
