Proceedings of the Institution of Mechanical Engineers Part E Journal of Process Mechanical Engineering,
Год журнала:
2024,
Номер
unknown
Опубликована: Окт. 21, 2024
Heat
exchangers,
nuclear
power
plants,
and
other
engineering
manufacturing
operations
all
involve
high
temperatures.
These
systems
have
a
very
big
temperature
gradient,
which
has
substantial
impact
on
the
fluid's
transport
characteristics.
Under
such
circumstances,
using
linear
Boussinesq
approximation
taking
into
account
constant
thermophysical
parameters
for
ambient
liquid
become
meaningless.
Thus,
under
angled
magnetic
field
joule
heating,
radiative
convection
flow
of
blood-based
tetrahybrid
nanoliquid
in
squeezing
channel
is
examined
this
work.
The
base
fluid
that
contains
distributed
alumina,
gold,
silver,
titania
nanoparticles
blood.
Through
suitable
transformations,
partial
governing
equations
were
decreased
nonlinear
ordinary
differential
equation's,
are
then
resolved
mathematically
applying
fourth-order
accurate
BVP4C
technique.
increase
viscous
dissipation
parameter
corresponds
toward
notable
elevation
blood
profile.
rate
heat
transfer
57.4519%
improved
Au-Ag-Al
2
O
3
-TiO
/blood
than
pure
