Alexandria Engineering Journal,
Год журнала:
2023,
Номер
75, С. 279 - 285
Опубликована: Июнь 7, 2023
Present
article
is
promoted
to
analyze
the
torsional
vibration
of
simply
supported
nanoplate
using
nonlocal
elasticity
model.
The
equations
motion
are
evaluated
by
rewriting
classical
Hooke's
law
through
Eringen's
Then,
numerical
calculations
carried
out
examine
reactions
natural
frequency
considered
change
small-scale's
coefficient,
nanoplate's
thickness,
and
stiffness's
parameter.
results
reported
that,
any
increase
in
parameter
leads
a
decrease
simply-supported
nanoplate,
while
an
frequency.
Additionally,
nanoplates
noticeably
decreases
as
thickness
increases.
Moreover,
analysis
significantly
important
modelling
real
cases
such
nanodevices,
which
common
structural
components
its
designs.
As
result,
findings
this
investigation
may
be
helpful
understanding
vibrations
nanostructures
nanodevices.
Alexandria Engineering Journal,
Год журнала:
2023,
Номер
75, С. 279 - 285
Опубликована: Июнь 7, 2023
Present
article
is
promoted
to
analyze
the
torsional
vibration
of
simply
supported
nanoplate
using
nonlocal
elasticity
model.
The
equations
motion
are
evaluated
by
rewriting
classical
Hooke's
law
through
Eringen's
Then,
numerical
calculations
carried
out
examine
reactions
natural
frequency
considered
change
small-scale's
coefficient,
nanoplate's
thickness,
and
stiffness's
parameter.
results
reported
that,
any
increase
in
parameter
leads
a
decrease
simply-supported
nanoplate,
while
an
frequency.
Additionally,
nanoplates
noticeably
decreases
as
thickness
increases.
Moreover,
analysis
significantly
important
modelling
real
cases
such
nanodevices,
which
common
structural
components
its
designs.
As
result,
findings
this
investigation
may
be
helpful
understanding
vibrations
nanostructures
nanodevices.
