Journal of Intelligent Manufacturing and Special Equipment,
Год журнала:
2024,
Номер
5(1), С. 34 - 54
Опубликована: Март 19, 2024
Purpose
The
purpose
of
this
review
is
to
comprehensively
consider
the
material
properties
and
processing
additive
titanium
alloy
provide
a
new
perspective
for
robotic
grinding
polishing
blades
ensure
surface
integrity
machining
accuracy
blades.
Design/methodology/approach
At
present,
robot
are
mainstream
methods
in
blade
automatic
processing.
This
systematically
summarizes
characteristics
manufacturing
(AM)
On
one
hand,
unique
process
thermal
effect
AM
have
created
other
needs
incorporate
removal
model
into
traditional
flow
according
alloy.
Findings
Robot
belt
can
solve
problem
complex
generates
trajectory
through
planning.
planning
profoundly
affects
quality
blade.
Subsequent
research
needed
problems
high
profiles,
models
uneven
distribution
allowance.
In
parameters
robot,
parameters,
error
compensation
affect
method,
force
temperature.
affected
by
vibration
stiffness.
Originality/value
aviation
manufactured
AM.
Combined
with
alloy,
it
provides
idea
Molecules,
Год журнала:
2025,
Номер
30(3), С. 514 - 514
Опубликована: Янв. 23, 2025
This
research
explored
the
formation
and
effects
of
carbon
layers
on
Grade
5
titanium
alloy
(Ti–6Al–4V)
surfaces
during
a
microfinishing
process
using
both
traditional
abrasive
films
graphite-coated
films.
The
study
tried
to
appraise
effect
in
concerning
surface
roughness.
Microfinishing
with
an
film
impregnated
diamond
particles
additional
coating
graphite
was
performed
minimize
roughness
enhance
overall
performance
surface.
As
result,
it
shown
that
after
processing,
uniform
texture
formed
by
significantly
improved
lubricating
thermal
properties.
Energy
dispersive
spectroscopy
(EDS)
analysis
confirmed
homogeneity
distribution
over
whole
treated
Moreover,
enabled
us
obtain
smoother
tribological
therefore
concluded
inclusion
is
necessary
for
effecting
modification
light
considerable
improvements
quality
performance,
especially
where
wear
needs
be
reduced
integrity
maximized.
Materials,
Год журнала:
2024,
Номер
17(8), С. 1795 - 1795
Опубликована: Апрель 13, 2024
This
article
presents
a
comprehensive
investigation
into
pressure
rollers
utilized
in
the
microfinishing
process,
covering
aspects
such
as
design,
experimental
properties,
compliance,
and
finite
element
simulation.
Prototype
with
unconventional
elastomer
configurations
were
designed
analyzed
to
explore
their
effectiveness
achieving
superior
surface
finishes.
Experimental
analysis
simulations
conducted
gain
insights
performance
behavior
of
these
under
various
loading
conditions.
study
addresses
validation
constitutive
material
models
used
ensure
accuracy
reliability.
The
results
indicate
that
applied
model,
validated
through
analysis,
accurately
predicts
roller
behavior.
Finite
reveal
distinct
contact
zone
patterns
stress
distributions
across
surfaces,
highlighting
importance
considering
deflection-induced
variations
Additionally,
evaluates
different
removing
irregularities
during
process.
Roller
R3
demonstrates
highest
efficacy
peaks,
suggesting
its
potential
for
Overall,
this
research
contributes
advancement
techniques
by
providing
performance,
behavior,
thereby
optimizing
processes
produce
high-quality
components.
urgency
arises
from
growing
need
exceptional
finishes
industrial
sectors.
With
manufacturing
industries
increasingly
pursuing
high-precision
components
boasting
flawless
quality,
significance
is
highlighted.
Journal of Manufacturing Science and Engineering,
Год журнала:
2024,
Номер
146(5)
Опубликована: Фев. 19, 2024
Abstract
Simultaneously
guaranteeing
material
removal
accuracy
and
surface
quality
of
robotic
grinding
is
crucial.
However,
existing
studies
process
optimization
have
mainly
focused
on
a
single
indicator
that
solely
considers
contour
error
or
roughness,
while
simultaneously
investigate
the
impact
contact
force,
spindle
speed,
feed
rate,
inclination
angle,
path
space
profile
(MRP)
roughness
are
lacking.
This
paper
proposes
hybrid
method
dimensional
constraints.
First,
an
MRP
model
coupling
influence
angle
presented.
Then,
established.
Finally,
optimized
to
satisfy
constraints
roughness.
The
proposed
ensures
maximum
efficiency
satisfying
verified
industrial
robotics
system
with
pneumatic
force-controlled
actuator.
results
show
has
higher
lower
than
traditional
methods.
