Case Studies in Thermal Engineering,
Год журнала:
2024,
Номер
58, С. 104369 - 104369
Опубликована: Апрель 13, 2024
In
this
study,
a
thermal-diffusive
model
using
sinusoidal
function
for
the
oscillation
term
is
presented.
The
employed
to
evaluate
pulsating
behavior
in
premixed
counterflow
flame
fed
with
biomass
particle
cloud
considering
Lewis
number
and
thermal
radiation
effects.
order
scrutinize
characteristics
of
flame,
time-related
governing
equations
are
written
assumed
multi-zone
system
analytically
solved
utilizing
Matlab
Mathematica
software.
To
enforce
continuity,
suitable
matching
conditions
temperature
heat
flux
at
interfaces
derived.
Time-dependent
burning
velocity,
temperature,
front
position,
reactants
mass
distributions
presented,
taking
into
account
effective
number,
radiation,
strain
rate
influences.
An
acceptable
comparison
numerical
simulations
affirms
reliability
mathematical
procedure.
obtained
results
indicated
that
instability
biomass-fueled
flames
arrangements
significantly
relevant
not
only
but
also
transferred
from
reaction
zone
unburnt
reactants.
Furthermore,
it
found
flames,
rate,
addition
can
be
key
controlling
individual
modes.
Partial Differential Equations in Applied Mathematics,
Год журнала:
2024,
Номер
11, С. 100787 - 100787
Опубликована: Июнь 29, 2024
Alloys
are
used
in
a
wide
variety
of
contexts,
including
aircraft
building,
the
military,
industry,
medicine,
and
manufacturing.
tools,
equipment,
cars,
structures.
Furniture,
shipping
containers,
medical
supply
storage
containers
among
products
that
benefit
from
usage
aluminium
alloys.
To
further
enhance
simultaneous
heat
transmission,
scientists
have
developed
nano-fluids,
which
essentially
nano-particle
suspensions
regular
fluid.
Ferric
Sulfate
may
be
added
to
soil
improve
its
quality
is
also
clean
water.
Iron
(3+)
sulphate
an
iron
(III)
sulfate
combination
with
3:2
ratio
ions.
As
catalyst,
mordant,
astringent,
it
serves
several
purposes.
It
metal
molecule
iron.
Due
these
purposes,
we
employ
K-K
model
study
how
alloys
nanoparticles
affect
surface
flow
transfer.
By
making
use
boundary
layer
approach
assumptions,
partial
differential
equations
(PDEs)
were
generated
by
approximating
Navier-Stokes
equation.
This
system
transformed
into
ordinary
(ODE's)
using
similarity
transformations.
Using
BVP4C
method,
non-dimensions
defined.
Mathematical
pictorial
explanations
provided
for
consequences
key
physical
variables.
founded
magnitude
temperature
field
directly
proportional
R
value;
higher
value
indicates
more
conduction
liquid.
Additionally,
velocity
fluid
lessened
impact
melting
effect.
Case Studies in Thermal Engineering,
Год журнала:
2024,
Номер
60, С. 104602 - 104602
Опубликована: Май 29, 2024
This
paper
presents
a
numerical
simulation
of
the
mixed
convective
boundary
layer
(BL)
motion
bio-rheological
liquid
over
an
inclined
plate
under
viscous
dissipation
and
Joule
heating
effects.
is
significant
because
various
applications
electro-osmotic
force,
plates,
viscoelastic
fluids
in
biochemical
engineering
industrial
domains.
Furthermore,
BL
flow
controlled
by
electromagnetic
force
(EMF).
In
this
study,
non-Newtonian
model,
called
Jeffrey
fluid
was
employed.
ology:
The
rheological
equations
current
study
are
nonlinear
partial
differential
(PDEs).
By
applying
set
similarity
transformations,
these
PDEs
become
coupled
ordinary
(ODEs),
which
then
solved
numerically
using
NDSolve
method
realistic
constraints.
Numerical
solutions
for
velocity
profile
,
temperature
distribution
skin
friction
(shearing
stress),
Nusselt
number
(heat
transfer
rate)
were
obtained
subject
to
These
outcomes
dependent
on
12
embedded
parameters:
Hartmann
time
relaxation
parameter
inclination
with
horizontal
line
convection
Prandtl
Brinkman
suction/blowing
slip
thermal
.
authors
discussed
how
variables
affect
features
through
graphs
tables.
liquids
also
discussed,
compared
liquid.
enhancements
largely
parameter,
number,
number.
As
increases,
diminishing
behavior
observed
Increasing
magnetic
parameters
increases
magnitudes
coefficient
local
validation
procedures
recovering
research
works
from
available
literature.
mathematical
has
diverse
multiphase
processes,
power
generators,
chemical
phenomena,
polymer
industry
systems,
enhancement
mechanical
processes.
Case Studies in Thermal Engineering,
Год журнала:
2024,
Номер
60, С. 104617 - 104617
Опубликована: Май 31, 2024
Advancement
in
thermodynamical
characteristics
of
non-Newtonian
fluid
is
achieved
by
induction
gyrotactic
microorganisms
order
to
attain
efficient
thermal
and
mechanical
engineering
setups,
such
as
micromixers,
microfluidic
instruments,
biosensors
microdevices.
So,
the
primer
motive
conduct
this
research
examine
effectiveness
managing
heat
transport
Carreau
nanofluid
flow
over
a
linearly
stretched
surface
under
opposing
assisting
buoyancy
forces.
Physical
aspect
magnetic
field
along
with
slip
boundary
constraint
also
entertained
employing
vertical
direction.
The
governing
equations
are
modelled
form
dimensional
PDE's
latterly
transformed
into
dimensionless
ODEs
via
similarity
transformations.
Solution
obtained
set
differential
system
solved
implementing
Runge-Kutta
4
shooting
procedure.
Visualizations
about
influence
concerning
parameters
on
associated
distributions
analyzed
comparative
manner
for
parameter.
In
addition,
metrics
quantities
interest,
mass
fluxes
nano
particles
skin
friction
coefficient
calculated
comprehensive
manner.
Partial Differential Equations in Applied Mathematics,
Год журнала:
2024,
Номер
11, С. 100752 - 100752
Опубликована: Июнь 5, 2024
This
study's
main
goal
is
to
examine
the
advantages
of
a
two-dimensional
Reiner-Philippoff
fluid
flow
via
stretched
sheet.
Furthermore,
radiative
heat
transmission
and
magnetic
dipole
media
are
taken
into
account.
It
now
possible
have
comprehensive
understanding
rheological
properties
non-Newtonian
fluids
by
use
fluid,
which
distinguished
transport
mechanisms
fluid.
The
boundary
layer
method
used
in
process
developing
model.
Through
similarity
variables,
these
equations
converted
In
order
achieve
numerical
answers,
RKF-45
first.
A
combination
standards
visual
representations
demonstrate
them.
An
analysis
features
entangled
flow,
including
distributions
velocity
temperature,
carried
out
from
standpoint.
According
results
this
study,
temperature
field
gets
more
prominent
with
thicker
λ0
goes
down
γ1.
Aside
that,
decrease
hat
transfer
occurs
often
pseudo-plastic
than
Newtonian
dilatant
fluids.
Journal of Engineering Research,
Год журнала:
2024,
Номер
unknown
Опубликована: Май 1, 2024
A
numerical
simulation
was
performed
to
investigate
the
characteristics
of
thermo-fluids
and
irreversibility
generation
laminar
forced
convection
through
three
different
channel
designs.
This
article
first
presents
a
comprehensive
study
combination
straight
wavy
sections
in
order
create
balance
between
improved
thermal
performance
from
design
optimized
flow
properties
section,
leading
an
overall
enhancement
cooling
efficiency.
novel
has
been
considered
using
configuration
that
consists
lengths
is
named
(cases
I,
II,
III).
The
outcomes
are
shown
terms
average
Nu,
ratio
(ER),
factor,
total
generation,
as
well
contours
streamlines,
isothermal,
Bejan
numbers
for
values
Reynolds
number
range
5≤Re≤400
dimensionless
wave
amplitude
0.3≤α≤0.6.
results
were
compared
cases
with
plane
channel,
revealing
augmentation
HTR
73.7%,
64.9%,
43.3%
III,
respectively.
On
other
hand,
both
Re
α,
increases
continuously.
Case Studies in Thermal Engineering,
Год журнала:
2024,
Номер
58, С. 104465 - 104465
Опубликована: Апрель 28, 2024
In
current
years,
storage
of
energy
is
a
challenging
task
for
the
scientists
and
researchers.
So,
they
are
interested
to
develop
some
extra
ordinary
techniques
storage.
Thus,
our
main
theme
here
focus
on
latent
heat
(melting
heat)
which
more
economical
sustainable.
Transportation
melting
in
quadratic
stratified
Jeffrey
fluid
flow
vicinity
stagnation
point
scrutinized.
The
deformed
by
linear
stretchable
sheet.
Characteristics
transportation
scrutinized
through
viscous
dissipation
generation
or
absorption.
Constant
magnetic
field
implemented
electrically
conducting
vertical
direction.
arising
governing
equations
converted
non-dimensional
state
suitable
transformations.
Homotopic
technique
utilized
simulation
solutions.
Graphical
behavior
velocity
temperature
fields
investigated
corresponding
relevant
parameters.
As
conclusion,
higher
amount
can
be
achieved
as
phenomenon
enhances,
also
results
low
temperature.
Further,
dominant
stratification
decays
field.
Current
study
will
play
key
role
industrial
liquids
like
polymer
solutions
make
high
quality
fiberglass,
paints,
silicone
valves
etc.
This
deliberate
efficiently
phase
change
procedure
i.e.,
phenomenon.
