Integrating finite element analysis and machine learning for non-invasive tumor detection: a piezoelectric tactile sensor-based vibration absorber approach
Neural Computing and Applications,
Год журнала:
2025,
Номер
unknown
Опубликована: Март 25, 2025
Язык: Английский
A Comprehensive Review of Piezoelectric Ultrasonic Motors: Classifications, Characterization, Fabrication, Applications, and Future Challenges
Micromachines,
Год журнала:
2024,
Номер
15(9), С. 1170 - 1170
Опубликована: Сен. 21, 2024
Piezoelectric
ultrasonic
motors
(USMs)
are
actuators
that
use
frequency
piezoelectric
vibration-generated
waves
to
transform
electrical
energy
into
rotary
or
translating
motion.
USMs
receive
more
attention
because
they
offer
distinct
qualities
over
traditional
magnet-coil-based
motors,
such
as
miniaturization,
great
accuracy,
speed,
non-magnetic
nature,
silent
operation,
straightforward
construction,
broad
temperature
operations,
and
adaptability.
This
review
study
focuses
on
the
principle
of
their
classifications,
characterization,
fabrication
methods,
applications,
future
challenges.
Firstly,
classifications
USMs,
especially,
standing-wave,
traveling-wave,
hybrid-mode,
multi-degree-of-freedom
summarized,
respective
functioning
principles
explained.
Secondly,
finite
element
modeling
analysis
for
design
performance
predictions,
conventional
nano/micro-fabrication
various
characterization
methods
presented.
Thirdly,
advantages,
high
small
size,
benefits
different
specific
applications
examined.
Fourthly,
advantages
disadvantages
highlighted.
In
addition,
substantial
contributions
a
variety
technical
fields
like
surgical
robots
industrial,
aerospace,
biomedical
introduced.
Finally,
prospects
challenges,
well
research
directions
in
USM
development,
outlined,
with
an
emphasis
downsizing,
increasing
efficiency,
new
materials.
Язык: Английский
A Comprehensive Review on the Advances of Nanowires in Multidisciplinary Applications
Nano LIFE,
Год журнала:
2024,
Номер
14(04)
Опубликована: Июнь 8, 2024
This
review
study
examines
the
various
possible
applications
of
nanowires
(NWs)
across
multiple
fields,
highlighting
their
unique
optical,
electrical,
and
mechanical
properties.
NWs,
due
to
elongated
structure
high
aspect
ratio,
are
highly
useful
in
many
industries
including
electronics,
pharmaceuticals,
chemical
detection,
energy
storage,
conversion.
The
research
explores
fundamental
methods
for
synthesis
integration,
vapor–liquid–solid
growth
template-assisted
processes.
Additionally,
it
modifying
attributes
through
manipulation
composition.
NWs
considered
intriguing
building
blocks
cutting-edge
showcasing
benefits
high-frequency
components,
thermoelectric
devices,
photovoltaic
cells,
flexible
light-emitting
diodes.
emphasizes
wide
array
potential
uses
NW
arrays
very
sensitive
sensing,
particularly
integrating
these
into
small,
energy-efficient
sensors
diverse
measurements.
Furthermore,
demonstrate
promise
harvesting,
photovoltaics,
self-powered
devices.
focuses
on
overcoming
challenges
related
ability
produce
a
large
scale,
ensuring
consistent
material
quality,
addressing
issues
compatibility
with
biological
systems.
It
need
collaboration
between
different
fields
fully
utilize
energy,
biomedicine.
Despite
challenges,
NWs’
adaptable
properties
significant
size
make
them
well-suited
revolutionize
industries,
enabling
advancement
point-of-care
diagnostics,
efficient
solar
immersive
virtual
reality.
Язык: Английский