Results in Engineering,
Год журнала:
2024,
Номер
22, С. 102315 - 102315
Опубликована: Май 23, 2024
The
power
electrical
devices
are
being
continuously
trimmed
down
and
must
disperse
a
greater
amount
of
heat
flux,
overheating
has
become
significant
issue.
Ferrofluids,
also
known
as
magnetic
nanofluids,
consist
solid
nanoparticles
that
exhibit
superior
thermal
conductivity
compared
to
their
underlying
fluids,
which
can
be
either
aqueous
or
oil
based.
This
facilitates
increased
rates
convective
transfer,
but
more
importantly,
it
allows
for
external
flow
modification
using
field.
work
is
unique
in
analyses
hybridized
ferrofluid
over
shrinking/stretching
surface
with
radiative
magnetization
force.
governing
equations
were
solved
the
bvp4c
function
MATLAB,
after
transformed
into
ordinary
differential
(ODEs)
by
similarity
transformations.
system
acquires
bimodal
solution,
stability
analysis
validates
physical
dynamic
first
solution.
local
skin
friction
coefficient,
Nusselt
number,
temperature
velocity
profiles,
substantial
influence
effects
all
studied
graphically
displayed.
key
findings
values
decreasing
both
second
solutions
increasing.
An
increasing
trend
observed
increases.
results
compareded
reported
literature
found
agreement.
Results in Engineering,
Год журнала:
2024,
Номер
23, С. 102666 - 102666
Опубликована: Авг. 3, 2024
The
flow
of
a
three-dimensional
incompressible
Carreau
model
by
inserting
iron
oxide,
titanium,
copper
and
aluminum
in
stretched
wavy
cylinder
is
inspected
this
research
mixing
the
nanoparticles
two
phases
i.e.
dust
fluid
phase.
rheology
considered
to
present
behavior
ethylene
glycol
liquid.
contribution
Hall
current
with
ionization
ion
slips
under
convective
boundary
conditions
utilizing
comportment
radiation
external
heat
source
thermal
transport
expression
considered.
Numerically,
an
implicit
finite
difference-based
approach
(FDBA)
namely
element
method
(FEM)
used
handle
nonlinear
ODEs
several
graphs
are
plotted
against
numerous
emerging
parameters.
Moreover,
shear
stresses
transfer
coefficient
calculated
their
discussed.
velocity
field's
inclination
depicted
graphically
augmenting
values
Biot
number,
which
further
describes
comparative
study
for
monitor
motion.
