Case Studies in Thermal Engineering,
Journal Year:
2024,
Volume and Issue:
58, P. 104353 - 104353
Published: April 8, 2024
The
purpose
of
the
current
development
is
to
investigate
solar
thermal
radiations
using
advanced
tetra-hybrid
nano-structures
in
industrial
applications.
inclusion
nanoparticles
into
energy
storage
devices
a
vital
mechanism
while
suspension
can
be
treated
as
absorbers,
absorbing
light
and
converting
it
heat.
study
reveals
efficiency
by
adding
four
kinds
time-dependent
Casson
fluid
on
spinning
sphere.
Solar
radiation,
chemical
reaction,
heat
sink
Soret
effect,
Dufour
impact
electrohydrodynamic
flow.
Free-stream
velocity
changes
with
time
equation
tackled
convective
boundary
constraints.
Similarity
variables
perform
role
regarding
conversion
(PDEs)
partial-differential
equations
desired
(ODEs)
ordinary-differential
equations.
Simulations
have
been
modified
numerical
approach
called
finite
element
technique.
Consequences
are
derived
enhancing
values
,
was
found
that
curves
increase
fields
diminish
when
Temperature
curve
enhanced
large
temperature
diminishes
parameter.
Numerical Heat Transfer Part A Applications,
Journal Year:
2024,
Volume and Issue:
unknown, P. 1 - 29
Published: Feb. 27, 2024
Research
on
blood
flow
in
diseased
arteries
has
become
a
priority
recent
years.
Stenosis/aneurysm
is
the
most
common
arterial
diseases.
This
work
investigates
mixed
effect
of
electric
and
magnetic
fields
unsteady,
two-dimensional,
laminar,
non-Newtonian
pulsatile
an
axisymmetrically
inclined
tapered
porous
artery
with
stenosis
aneurysm
containing
gold
nanoparticles,
subjected
to
body
acceleration
slip
effect.
Thermal
radiation
heat
sources
are
also
included.
To
immobilize
vessel
wall,
we
use
radial
coordinate
transformation.
The
nonlinear
partial
differential
equations
governing
present
problem,
together
prescribed
boundary
conditions,
solved
using
explicit
finite-difference
scheme.
current
analysis
could
help
understand
improvement
mass
distribution
transfer
vessels,
which
might
be
useful
for
drug
delivery
therapy
aneurysm.
Advances in Mechanical Engineering,
Journal Year:
2024,
Volume and Issue:
16(11)
Published: Nov. 1, 2024
Nanoparticles
have
numerous
applications
and
are
used
frequently
in
different
cooling,
heating,
treatment
of
cancer
cells
manufacturing
processes.
The
current
investigation
covers
the
utilization
tetra
hybrid
nanofluid
(aluminium
oxide,
iron
dioxide,
titanium
dioxide
copper)
for
Crossflow
model
over
a
vertical
disk
by
considering
shape
effects
(bricks,
cylindrical
platelet)
nanoparticles,
electro-magneto-hydrodynamic
effect
quadratic
thermal
radiation.
present
study
is
devoted
to
mathematical
formulation
tetra-hybrid
flow
porous
channel
with
stretching/shrinking
walls.
inspection
derived
from
given
partial
differential
equations
(PDEs)
then
transformed
into
system
ordinary
(ODEs)
incorporating
similarity
variables.
ODEs
solved
using
bvp4c
methodology,
which
yields
numerical
results.
From
obtained
results
it
observed
that
maximum
amount
[Formula:
see
text]
happens
when
there
slightly
increase
stretched
wall
text].
A
high
radiation
value
indicates
considerable
contribution
radiative
heat
transfer,
whereas
stretching
shrinking
reduce
size
boundary.
combined
impact
caused
an
Nusselt
number.
graphical
tabular
representations
explain
physical
behaviour
various
parameters.
Previous
outcomes
also
contrasted
outcomes.
Ain Shams Engineering Journal,
Journal Year:
2024,
Volume and Issue:
15(6), P. 102747 - 102747
Published: March 14, 2024
Several
strategies
are
used
to
increase
the
heat
transmission
capabilities
of
ordinary
fluid.
Using
metallic
nanomaterials
thermal
conductivity
is
modified
which
can
improve
energy
transport
mechanism.
Our
primary
goal
observe
dual
diffusion
and
volumetric
friction
injected
nanoparticles
in
blood
flow
simultaneously.
The
Eyring–Powell
fluid
speculated
as
on
basis
shear
thinner
behavior.
entropy
formation
region
stagnation
MHD
nanofluid
scrutinized.
produced
by
stretchable
surface.
impacts
slip
mechanism
viscous
dissipation
melting
heating
included
current
analysis.
single
two
phase
model
coupled
inquire
effects
nanomaterials.
System
PDEs
achieved
reduced
ODEs
using
appropriate
variables.
solved
RK-4
methodology.
It
evident
that
greatly
influenced
Lorentz
forces
parameter.
On
other
hand,
secondary
increased
rate
encourage
blood.
temperature
rising
function
thermophoresis,
Eckert
magnetic
Similar
trend
for
solutal
profile
was
noted
against
Brownian
Lewis
number.
system
irreversibility
with
Brinkman,
variable.
coefficient
frictional
drag
material
parameters
concentration
nanomaterial.
interesting
see
nearly
all
show
comparable
higher
