2022 International Russian Automation Conference (RusAutoCon),
Год журнала:
2022,
Номер
unknown, С. 28 - 33
Опубликована: Сен. 4, 2022
Recently,
there
has
been
increased
interest
in
research
the
direction
of
measuring
and
analyzing
surface
textures.
This
is
due
to
emergence
new
processing
methods
that
form
anisotropic
structures
products,
primarily
additive
manufacturing.
One
important
complex
tasks
areal
filtering
measurement
results.
The
results
obtained
should
be
robust
do
not
take
into
account
features
texture
multifunctional
surfaces.
Now
linear
regression
Gaussian
filters
have
finally
approved
practically
used.
article
analyzes
robustness
for
height
parameters
texture.
For
this,
four
types
surfaces
are
modeled
after
turning,
milling,
grinding
polishing.
Four
(slope,
step,
ledge,
valley)
each
Errors
depending
on
method
calculated
seven
with
features.
It
found
filter
performs
better
than
all
In
this
case,
error
6.5%
24.2%
filter.
largest
was
shown
by
parameter
Sz
step.
Therefore,
aimed
at
developing
relevant.
International Journal of Damage Mechanics,
Год журнала:
2024,
Номер
33(9), С. 725 - 747
Опубликована: Май 3, 2024
In
this
study,
the
connection
between
total
strain
energy
density
and
fracture
surface
topography
is
investigated
in
additively
manufactured
maraging
steel
exposed
to
low-cycle
fatigue
loading.
The
specimens
were
fabricated
using
laser
beam
powder
bed
fusion
(LB-PBF)
examined
under
fully-reversed
strain-controlled
setup
at
amplitudes
scale
from
0.3%
1.0%.
post-mortem
surfaces
explored
a
non-contact
3D
measuring
system
entire
method.
focus
on
relationship
characteristics,
expressed
by
density,
features,
represented
areal,
volume,
fractal
dimension
factors.
A
life
prediction
model
based
parameters
proposed.
presented
shows
good
accordance
with
test
results
outperforms
other
existing
models
density.
This
can
be
useful
for
post-failure
analysis
of
engineering
elements
fatigue,
especially
materials
produced
additive
manufacturing
(AM).
Engineering Failure Analysis,
Год журнала:
2022,
Номер
135, С. 106121 - 106121
Опубликована: Фев. 7, 2022
The
objectives
of
this
study
were
to
investigate
the
fracture
surface
topography
X8CrNiS18-9
austenitic
stainless-steel
specimens
for
different
loadings
and
notch
radii
supplement
knowledge
about
mechanisms
fatigue
performance.
Cases
with
three
values
radius
ρ
stress
amplitude
σa
analysed.
topographies
quantified
by
areas
over
their
entire
surfaces
aid
an
optical
confocal
measurement
system.
results
showed
a
well-correlated
root
mean
square
height
Sq
void
volume
Vv,
identifying
characteristics
method.
A
damage
model
was
developed
based
on
product
Vv
ratio.
Overall,
predictions
close
lives
found
in
experiments.
Sensors,
Год журнала:
2022,
Номер
22(3), С. 791 - 791
Опубликована: Янв. 20, 2022
Processes
of
surface
texture
characterisation
can
be
roughly
divided
into
measurement
issues
and
analysis
the
results
obtained.
Both
actions
fraught
with
various
errors,
some
which
analysed
frequency
performance.
In
this
paper,
types
topographies
were
studied,
e.g.,
cylinder
liners
after
plateau-honing
process,
plateau-honed
additionally
burnished
dimples
sizes
(width
depth),
turned,
milled,
ground,
laser-textured,
ceramic,
composite
general
isotropic
topographies,
respectively.
They
measured
a
stylus
or
via
optical
(white
light
interferometry)
methods.
frequency-based
methods,
proposed
in
often
applied
measuring
equipment,
power
spectral
density,
autocorrelation
function
analysis.
All
methods
supported
by
regular
(commonly
used)
algorithms,
filters
(robust)
Gaussian,
median,
spline
Fast
Fourier
Transform
performance,
The
main
purpose
paper
was
to
use
techniques
for
improvement
detection
reduction
processes
regarding
influence
high-frequency
noise
on
measurements.
It
found
that
selected
textures,
profile
(2D)
gave
more
confidential
than
areal
(3D)
characterisation.
therefore
suggested
detect
remove
frequency-defined
errors
multi-threaded
performance
application.
end,
guidance
how
following
both
(high-frequency
noise)
data
required.
Journal of Manufacturing Processes,
Год журнала:
2024,
Номер
121, С. 150 - 171
Опубликована: Май 20, 2024
Precise
characterisation
of
surface
topography
is
the
greatest
importance
since
many
factors
directly
affect
accuracy
whole
measurement
process.
In
this
paper,
variety
topographies
from
machined
composite
and
ceramic
workpieces
was
studied
with
a
special
emphasis
on
results.
Surfaces
were
subjected
to
ground
diamond,
honing
milling
processes.
Measurement
results
analysed
in
terms
application
procedure
for
removal
high-frequency
noise.
Bandwidth
characteristics
supported
by
studies
autocorrelation
power
spectral
functions.
It
found,
that
examination
noisy
data,
especially
its
isotropic
properties,
crucial
enhancement
noise-removal
methods.
The
proposed
validated
through
direction
profile
characterisation.
spline
filtering
technique
7.5
μm
cut-off
encouraged
against
other
generally
used
techniques
reduction
noise
considering
study
based
spectral,
methodology
comparing
it
averaged
3
time
repeated
measurements
surfaces
after
machining.
main
advantage
proposal
reducing
data
processing
due
fast
easy-to-implement
usage
general
analysis
functions,
available
commercial
software
measuring
instrument.
Machines,
Год журнала:
2023,
Номер
11(6), С. 616 - 616
Опубликована: Июнь 3, 2023
Sheet
metal
forming
processes,
the
purpose
of
which
is
to
give
shaped
material
appropriate
mechanical,
dimensional
and
shape
properties,
are
characterised
by
different
values
unit
pressures
lubrication
conditions.
Increasing
efficiency
tool
work
increasing
their
durability,
reliability
still
one
main
indicators
production
efficiency.
Tool
wear
in
technologies
significantly
differs
from
character
other
methods
metalworking,
such
as
machining.
This
article
presents
characteristics
mechanisms
used
sheet
forming.
Possibilities
durability
tools
applying
coatings
produced
laser
techniques,
chemical
vapour
deposition
also
discussed.
Great
emphasis
placed
on
self-lubricating
functional
materials
coatings.
Current
trends
lubricants
forming,
including
texturing,
presented.
Materials,
Год журнала:
2023,
Номер
16(5), С. 1865 - 1865
Опубликована: Фев. 24, 2023
Characterization
of
surface
topography,
roughly
divided
into
measurement
and
data
analysis,
can
be
valuable
in
the
process
validation
tribological
performance
machined
parts.
Surface
especially
roughness,
respond
straightly
to
machining
and,
some
cases,
is
defined
as
a
fingerprint
manufacturing.
When
considering
high
precision
topography
studies,
definition
both
S-surface
L-surface
drive
many
errors
that
influence
analysis
accuracy
manufacturing
process.
Even
if
precise
measuring
equipment
(device
method)
provided
but
received
are
processed
erroneously,
still
lost.
From
matter,
S-L
roughness
evaluation
allowing
reduction
rejection
properly
made
In
this
paper,
it
was
proposed
how
select
an
appropriate
procedure
for
removal
L-
S-
components
from
raw
measured
data.
Various
types
topographies
were
considered,
e.g.,
plateau-honed
(some
with
burnished
oil
pockets),
turned,
milled,
ground,
laser-textured,
ceramic,
composite,
generally,
isotropic.
They
different
(stylus
optical)
methods,
respectively,
parameters
ISO
25178
standard
also
taken
consideration.
It
found
commonly
used
available
commercial
software
methods
helpful
surface;
its
usage
requires
response
(knowledge)
users.
Measurement,
Год журнала:
2023,
Номер
222, С. 113640 - 113640
Опубликована: Сен. 30, 2023
In
this
paper,
the
application
of
an
Autocorrelation
Function
for
characterisation
surface
topography
was
validated.
The
roughness
evaluation
turned
composite
surfaces
supported
by
sophisticated
studies
properties,
considering
especially
shape
function.
Details
were
measured
with
optical
method.
selection
procedures
carried
out
based
on
both
profile
and
areal
analyses.
Moreover,
various
types
regular
analysis
methods,
proposed
in
commercial
software,
like
Gaussian
regression
robust
functions,
median
de-noising,
isotropic
Spline,
fast
Fourier
transform
filters,
parameters
from
ISO
25178
standards.
It
found
that
many
common
techniques,
commonly
used
spectral
analysis,
texture
direction,
studies.
hard
thresholding
technique
to
be
valuable
comprehensive
noise-suppression
analysis.
