Energy Exploration & Exploitation,
Journal Year:
2024,
Volume and Issue:
42(6), P. 2270 - 2288
Published: Aug. 18, 2024
The
current
study
investigates
the
steady
two-dimensional
(2D)
hybrid
nanofluid
(Hnf)
flow
over
an
inclined
permeable
plate/cylinder.
Hnf
has
been
examined
in
context
of
mixed
convection,
heterogeneous/homogenous
chemical
reaction,
and
medium.
is
prepared
by
dispersing
silver
(Ag),
iron
ferrite
(Fe
3
O
4
)
nanoparticles
(NPs)
water.
research
motivated
increasing
demand
for
highly
efficient
cooling
devices
a
variety
industries
energy-associated
operations.
energy
transmission
fluid
are
mathematically
specified
using
coupled
nonlinear
system
partial
differential
equations
(PDEs).
PDEs
simplified
into
dimensionless
form
ODEs,
which
then
further
numerically
treated
with
MATLAB
package
based
on
finite
difference
method
(bvp4c).
It
noticed
that
permeability
component
develops
heat
transfer
curve
while
decreasing
rate
fluid.
impact
source/sink
increases
profile.
Moreover,
plate
surface
demonstrates
dominant
behavior
transportation
than
cylinder
variance
Ag-Fe
-NPs.
Energy Exploration & Exploitation,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Oct. 3, 2024
The
analysis
of
the
Carreau–Yasuda
nanofluid
(CYNF)
across
a
stretching
surface
has
practical
applications
in
several
fields,
such
as
heat
exchange,
engineering,
and
material
science.
Scholars
may
discover
novel
perspectives
for
increasing
transfer
performance,
establishing
advanced
materials,
enhancing
efficiency
multiple
engineering
systems
by
studying
behavior
CYNF
this
particular
instance.
energy
through
trihybrid
flow
with
effect
magnetic
dipole
sheet
is
examined
present
study.
ternary
hybrid
(THNF)
been
prepared
addition
nanoparticles
(NPs)
water
(50%)
ethylene
glycol
(50%).
Titanium
dioxide
(TiO
2
),
silicon
(SiO
aluminum
oxide
(Al
O
3
)
are
used
base
fluid.
fluid
velocity
under
impact
Darcy–Forchheimer,
chemical
reaction,
convective
condition,
activation
energy,
exponential
source.
stated
form
velocity,
concentration
equations.
set
modeled
equations
simplified
to
non-dimensional
ordinary
differential
(ODEs)
using
similarity
substitutions.
Numerically,
system
lowest
order
ODEs
calculated
parametric
continuation
method.
It
noticed
that
temperature
field
augments
against
variation
viscous
dissipation
source
term.
Furthermore,
significant
enhance
thermal
curve
THNF
whereas
falloffs
profile.
can
be
propagation
rate
enhances
rising
numbers
NPs,
from
1.22%
5.98%
(nanofluid),
2.30%
9.61%
(hybrid
nanofluid),
3.23%
11.12%
(trihybrid
nanofluid).
