Modern Physics Letters B,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Sept. 24, 2024
Due
to
their
widespread
use
in
engineering,
hybrid
nanofluids
have
been
the
primary
focus
of
mathematical
and
physical
research.
Only
improvement
nanofluids’
variable
heat
conductivity
viscosity
has
considered
so
far.
Hybrid
nanofluid
flow
across
an
inclined
cylinder
many
potential
uses,
including
transfer
cooling
electrical
devices,
energy
storage,
refrigerants,
automobile
industry.
Examining
effects
buoyant
force,
viscosity,
thermal
conductivity,
mass
suction,
convective
conditions,
a
magnetic
field
on
stagnation
point
Al
2
O
3
–Cu/H
is
our
objective
this
work.
In
order
find
solutions
boundary-condition
flow-describing
partial
differential
equations,
we
turn
them
into
ordinary
equations
using
similarity
transformations.
We
achieve
by
employing
numerical
strategy
known
as
fourth-order
Runge–Kutta
technique,
which
incorporates
shooting
techniques.
A
graphical
representation
findings
emphasizes
influence
parameters
dynamics.
addition,
address
drag
force
rate
various
elements,
such
Biot
parameter,
variable,
variable.
The
mixed
convection
cause
velocity
profile
rise
while
temperature
falls.
research’s
results
elucidate
behind
contour
nanofluids,
seen
when
there
increment
radiation
number.
exhibits
significant
increase
36.87%
aiding
scenario
2.0
suction
applied
conjunction
with
0.01
nanofluid,
compared
conventional
fluid.
opposing
flow,
36.96%
that
Heat
increases
43.00%
Rd
from
0.1
0.5
for
both
assisting
flow.
Journal of Computational Design and Engineering,
Journal Year:
2024,
Volume and Issue:
12(1), P. 80 - 99
Published: Dec. 11, 2024
Abstract
The
heat
transfer
augmentation,
solar
power
systems,
medical
equipment,
semiconductor
cooling,
aerospace,
and
automotive
industries
all
use
ternary
hybrid
nanofluids
(THNFs).
current
study
is
mainly
about
a
magnetized
THNF
flow
that
cannot
be
squished
around
spinning
sphere
has
different
viscosity,
thermal
conductivity,
shape
(brick,
platelets,
cylinder,
blade).
transport
simulation
incorporates
the
principles
of
viscous
dissipation
joule
heating.
Water
mixed
with
silver,
magnesium
oxide,
iron
trioxide
to
make
THNF.
Similarity
substitution
converts
model
equations
ordinary
differential
(ODEs).
Runge–Kutta
fourth
order
numerically
estimates
non-dimensional
set
ODEs.
For
certain
emergent
parameters,
velocity,
temperature,
entropy
generation,
Nusselt
number,
skin
friction
are
computed
analyzed.
research
shows
generation
increases
brinkman
nanoparticle
volume
fraction
magnetic
parameters
reduces
temperature
difference
parameter.
Increasing
unsteadiness
parameter
upsurges
velocity
in
x-direction,
but
decreases
it
z-direction
curve.
Skin
x-direction
declines
rotation.
Platelet-shaped
nanoparticles
usually
outperform
blade,
brick,
cylinder
shapes.
When
mass
suction
$(
S
)$
elevated
from
1.0
2.0,
rate
by
47.25%
for
brick
form,
47.26%
platelets
shape,
35.08%
cylinders
37.65%
blades
shape.
Comparing
results
prior
literature
excellent
agreement.
