Modern Physics Letters B,
Год журнала:
2023,
Номер
38(07)
Опубликована: Сен. 15, 2023
Effective
thermal
management
is
necessary
for
electronic
devices
to
prevent
overheating
and
guarantee
optimal
performance.
The
development
of
cutting-edge
cooling
methods
may
be
aided
by
research
into
Triple
Component
Magneto-Convection
(TCMC)
in
a
superposed
porous
fluid
system
with
heat
source/sink
effects.
It
feasible
improve
the
parts
systems
managing
convective
transfer
via
optimization
spot
design.
An
investigation
issue
TCMC
horizontally
infinite
composite
layer
presented
this
work.
takes
account
consistent
source
or
sinks
both
layers
as
well
uniform
vertical
magnetic
field.
upper
enclosure
either
free
adiabatic
isothermal,
while
bottom
rigid
adiabatic.
By
employing
normal
mode
analysis,
resulting
ordinary
differential
equations
solved
closed
form
obtain
eigenvalue,
specifically
Marangoni
number
(tMn).
focuses
on
two
different
combinations
boundaries:
(i)
adiabatic–adiabatic
(ii)
adiabatic–isothermal.
During
inquiry,
influence
major
elements
connection
depth
ratio
fully
investigated.
This
work
aims
at
understanding
stability
porous-fluid
using
isothermal
boundaries
presence
sink.
Advanced Theory and Simulations,
Год журнала:
2025,
Номер
unknown
Опубликована: Март 22, 2025
Abstract
Heat
transfer
and
hydromagnetic
flow
of
ternary
hybrid
nanofluids
between
non‐parallel
plates
are
presented
in
this
research
work.
Lorentz
force,
nanoparticle
shape,
heat
sink/source,
non‐linear
solar
radiation,
stretching/shrinking
wall
effects
considered.
A
polymer
base
fluid
containing
nanoparticles
(i.e.,
nanoparticles)
is
By
utilizing
the
similarity
transformations,
fundamental
partial
differential
equations
derived
from
mathematical
modeling
transformed
into
ordinary
equations.
Thereafter,
computational
solution
obtained
numerically
analytically.
The
analytical
constructed
using
an
efficient
technique
called
Adomian
Decomposition
method.
To
ensure
validation,
present
results
for
special
cases
compared
with
those
Runge–Kutta–Fehlberg
4th–5th
order
(RKF‐45)
physical
factors
on
velocity,
temperature,
entropy
generation
shown
graphically.
Additionally,
impact
multiple
variables
number
demonstrated
examined.
It
found
that
nanofluid
velocity
boosts
increase
Hartmann
number,
hence
reversal
entirely
delayed.
Results
also
reveal
presence
within
enhances
significantly
rate
(Nusselt
number)
both
convergent
divergent
channels.
In
addition,
it
source
raises
temperature
converging
diverging
channels,
whereas
sink
shows
a
reverse
behavior
mainly
leads
to
cooling
effect.
Finally,
source/sink
parameter,
radiation
magnetic
field
strongly
influence
Nusselt
number.
Proceedings of the Institution of Mechanical Engineers Part N Journal of Nanomaterials Nanoengineering and Nanosystems,
Год журнала:
2025,
Номер
unknown
Опубликована: Апрель 20, 2025
Remarkable
advantages
of
the
newly
introduced
composition
nanoparticles
by
combining
three
distinctively
natural
nanometric-sized
particles
have
been
demonstrated
to
improve
energy
efficiency
advanced
mechanisms.
Some
diversified
and
effective
utilizations
currently
conducted
exploration
noticed
in
thermal
exchange
systems,
solar
power
plants,
material
engineering,
manufacturing
metallic
extrusion
procedures,
renewable
resources,
many
more.
Subsequently,
this
work
involved
an
innovative
domain
called
paraboloid
surface,
on
which
a
very
small
number
studies
commenced.
Therefore,
primary
motive
for
articulating
effort
is
envision
hydrothermal
mass
attributes
viscous
base
liquid
characterized
ethylene
glycol
(C
2
H
6
O
)
with
suspension
aluminum
oxide
(Al
3
),
cobalt
iron
(CoFe
4
titanium
(TiO
).
The
significance
magnetic
field
improvisation,
along
radiative
flux
activation
energy,
are
also
examined.
leading
mathematical
model
based
partial
differential
system
involving
thermophysical
characteristics
dispersed
particles.
A
set
similar
variables
chosen
transmuted
fundamental
expressions
into
dimensionless
ordinary
structure.
attained
ODEs
resolved
numerically
executing
computations
shooting
RK
procedures
using
MATLAB-based
code.
results
extracted
comparative
form
inspect
performance
ternary
nanoparticle
induction
over
mono
hybrid
compositions.
momentum,
thermal,
concentration
distributions
sketched
graphical
version,
comparison,
format
against
parameters.
prediction
outcomes
associated
quantities
was
evaluated
backpropagated
ANN
strategy.
fit
data
confirmed
presenting
regression
plots.
From
insight
calculated
outcomes,
it
revealed
that
heat
coefficient
skin
friction
factors
increased
addition
nanoparticles,
irrespective
change
Furthermore,
factor
escalates
up
49%
effect
compared
its
absence.
Increment
magnitude
5%
perceived
occurrence
radiation
effect,
while
diminishes
23%
generation/absorption.
Modern Physics Letters B,
Год журнала:
2023,
Номер
38(07)
Опубликована: Сен. 15, 2023
Effective
thermal
management
is
necessary
for
electronic
devices
to
prevent
overheating
and
guarantee
optimal
performance.
The
development
of
cutting-edge
cooling
methods
may
be
aided
by
research
into
Triple
Component
Magneto-Convection
(TCMC)
in
a
superposed
porous
fluid
system
with
heat
source/sink
effects.
It
feasible
improve
the
parts
systems
managing
convective
transfer
via
optimization
spot
design.
An
investigation
issue
TCMC
horizontally
infinite
composite
layer
presented
this
work.
takes
account
consistent
source
or
sinks
both
layers
as
well
uniform
vertical
magnetic
field.
upper
enclosure
either
free
adiabatic
isothermal,
while
bottom
rigid
adiabatic.
By
employing
normal
mode
analysis,
resulting
ordinary
differential
equations
solved
closed
form
obtain
eigenvalue,
specifically
Marangoni
number
(tMn).
focuses
on
two
different
combinations
boundaries:
(i)
adiabatic–adiabatic
(ii)
adiabatic–isothermal.
During
inquiry,
influence
major
elements
connection
depth
ratio
fully
investigated.
This
work
aims
at
understanding
stability
porous-fluid
using
isothermal
boundaries
presence
sink.
