Case Studies in Thermal Engineering,
Journal Year:
2024,
Volume and Issue:
59, P. 104554 - 104554
Published: May 17, 2024
The
melting
impacts
on
the
three-dimensional
hybrid
nanofluid
flow
by
a
stationary
stretching
disk
is
examined.
configuration
due
to
of
disk.
magnetic
field
applied
normal
in
order
generate
resistance
liquid.
performance
heat
transfer
liquid,
thermal
radiation
and
generation/absorption
are
taken
into
consideration.
impact
surface
analyzed
here.
rotating
mechanisms
along
with
physical
features
present
concern
for
this
problem.
A
conventional
transformation
presented
lead
set
coupled
similarity
equations
which
highly
non-linear
nature.
numerical
method
subject
bvp4c
technique
adopted
solution
process.
Results
reveal
that
increasing
trend
lowers
boundary
layer
thickness
consequently
highers
rate
transfer.
It
found
reduction
strength
stretching.
Additionally,
temperature
distribution
rises
influence
temperature.
Further,
skin
fraction
coefficient
seen
be
enhanced
enlargement
nanoparticles
volume
fraction.
