WSEAS TRANSACTIONS ON FLUID MECHANICS,
Journal Year:
2024,
Volume and Issue:
19, P. 270 - 281
Published: Sept. 23, 2024
The
heat
and
mass
transmission
properties
of
a
2-D
electrically
conducting
incompressible
Maxwell
fluid
past
stretched
sheet
were
studied
under
thermal
radiation,
generation/absorption,
chemical
reactions.
This
issue
has
variety
real-world
applications,
most
notably
polymer
extrusion
metal
thinning.
transport
equations
account
for
both
Brownian
motion
thermophoresis
during
Using
similarity
variables
allows
non-dimensionalization
the
stream's
PDEs
associated
boundary
conditions.
resulting
modified
ODEs
are
solved
with
variational
iteration
approach.
impact
embedded
thermo-physical
on
velocity,
temperature,
concentration
was
quantitatively.
When
compared
to
RK-Fehlberg
approach,
findings
very
similar.
Raising
reaction
parameter
narrows
distribution,
whereas
increasing
temperature
increases
radiation's
impact.
As
amount
N_t
increases,
thickness
layer
develops,
causing
surface
rise,
in
increase.
PLoS ONE,
Journal Year:
2024,
Volume and Issue:
19(7), P. e0304794 - e0304794
Published: July 11, 2024
The
present
examination
of
mass
and
heat
communication
looks
at
the
impact
induced
magnetic
field,
variable
thermal
conductivity,
activation
energy
on
flow
second-order
liquid
across
a
stretched
surface.
mass-heat
transfer
is
also
treated
using
Model
for
generalized
Fourier
Fick’s
Laws.
model
equations
are
transformed
as
needed
to
produce
system
nonlinear
ODEs,
which
then
numerically
solved
with
help
BVP4C
integrated
MATLAB
approach.
heat-mass
parameters
analyzed
by
table
graphs.
An
increment
in
estimations
2
nd
grade
fluid
parameter
(
β
)
field
M
increase
speed
sketch.
For
stronger
Schmidt
number
S
c
),
Eckert
E
have
growing
behavior
temperature
profile.
Deleted Journal,
Journal Year:
2024,
Volume and Issue:
19(1)
Published: July 2, 2024
Abstract
The
insulating
oil
serves
the
dual
purpose
of
providing
insulation
and
cooling
within
transformers.
This
investigation
aims
to
explore
impact
various
nanoparticles
on
dielectric
breakdown
voltage
(BDV)
oils.
study
examines
effect
concentration
magnetic
Nanoparticles
such
as
iron
(II,
III)
oxide
(Fe
3
O
4
),
cobalt
(CO
ferrous
phosphide
P)
were
utilized
create
nanofluids
with
carrier
mediums
consisting
mineral
synthetic
ester
oil.
BDV
determination
was
conducted
using
a
VDE
S–S
electrode
system
according
IEC
60156
standards.
Nanofluid
prepared
two-step
method,
their
concentrations
ranged
from
0.01
g/L,
0.02
0.04
g/L
in
base
Twelve
iterations
for
each
nanofluid,
measurements
recorded.
results
indicate
noteworthy
enhancement
nanofluids.
statistical
analysis
performed
property
nanofluid
samples
better
accuracy.
maximum
at
specific
nanoparticle
shown
by
nanofluid.
show
that
under
configuration,
greatest
overall
observed
Fe
P
oil,
an
70.05%,
46.29%.
WSEAS TRANSACTIONS ON FLUID MECHANICS,
Journal Year:
2024,
Volume and Issue:
19, P. 270 - 281
Published: Sept. 23, 2024
The
heat
and
mass
transmission
properties
of
a
2-D
electrically
conducting
incompressible
Maxwell
fluid
past
stretched
sheet
were
studied
under
thermal
radiation,
generation/absorption,
chemical
reactions.
This
issue
has
variety
real-world
applications,
most
notably
polymer
extrusion
metal
thinning.
transport
equations
account
for
both
Brownian
motion
thermophoresis
during
Using
similarity
variables
allows
non-dimensionalization
the
stream's
PDEs
associated
boundary
conditions.
resulting
modified
ODEs
are
solved
with
variational
iteration
approach.
impact
embedded
thermo-physical
on
velocity,
temperature,
concentration
was
quantitatively.
When
compared
to
RK-Fehlberg
approach,
findings
very
similar.
Raising
reaction
parameter
narrows
distribution,
whereas
increasing
temperature
increases
radiation's
impact.
As
amount
N_t
increases,
thickness
layer
develops,
causing
surface
rise,
in
increase.
