Bulletin of the National Technical University KhPI Series Chemistry Chemical Technology and Ecology,
Год журнала:
2024,
Номер
2(12), С. 3 - 13
Опубликована: Ноя. 22, 2024
The
article
discusses
modern
trends
in
the
production
of
ceramics
creation
aluminosilicate
ceramic
products
using
3D
printing
or
additive
manufacturing.
Ceramic
is
a
high-performance
material
because
it
has
hard,
mechanically
strong
properties,
excellent
wear
resistance,
and
high
temperature
corrosion
resistance.
Traditional
methods
are
also
considered,
which
consist
three
stages:
preparation,
molding
(can
be
performed
various
methods,
such
as
isostatic
pressing,
pressure
casting,
tape
gel
suspension
etc.
)
sintering.
technology
an
effective
promising
method
that
continues
to
develop
find
new
applications
fields:
medical,
chemical,
biochemical,
environmental,
technical,
radio
engineering,
New
research
development
allow
improve
quality
accuracy
printing,
well
expand
possibilities
materials.
Special
importance
given
advantages
for
manufacture
products,
particular,
ability
create
individual
product
design
achieve
desired
shape,
composition,
microstructure
properties.
use
helps
reduce
waste
lower
costs,
making
process
more
environmentally
friendly
cost-effective.
In
general,
provides
information
about
current
directions
impact
innovative
on
this
branch
industry.
prospects
analyzed,
overview
materials
used
provided.
addition,
technology,
can
classified
depending
their
suitability
chosen
manufacturing
by
type
material.
Materials,
Год журнала:
2024,
Номер
17(21), С. 5305 - 5305
Опубликована: Окт. 31, 2024
The
emerging
paradigm
of
personalised
bone
repair
embodies
a
transformative
triad
comprising
bio-inspired
design,
digital
fabrication,
and
the
exploration
innovative
materials.
increasing
average
age
population,
alongside
rising
incidence
fractures
associated
with
age-related
conditions
such
as
osteoporosis,
necessitates
development
customised,
efficient,
minimally
invasive
treatment
modalities
alternatives
to
conventional
methods
(e.g.,
autografts,
allografts,
Ilizarov
distraction,
fixators)
typically
employed
promote
regeneration.
A
promising
technique
involves
use
cellularised
scaffolds
incorporating
mesenchymal
stem
cells
(MSCs).
selection
materials—ranging
from
metals
ceramics
synthetic
or
natural
bio-derived
polymers—combined
design
inspired
by
sources
(including
bone,
corals,
algae,
shells,
silk,
plants)
facilitates
replication
geometries,
architectures,
porosities,
biodegradation
capabilities,
mechanical
properties
conducive
physiological
To
mimic
internal
structures
geometries
for
construct
customisation,
can
be
designed
using
Computer-aided
Design
(CAD)
fabricated
via
3D-printing
techniques.
This
approach
not
only
enables
precise
control
over
external
shapes
architectures
but
also
accommodates
diverse
materials
that
improve
biological
performance
provide
economic
advantages.
Finally,
advanced
numerical
models
are
simulate,
analyse,
optimise
complex
processes
involved
in
regeneration,
computational
predictions
validated
against
experimental
data
vivo
studies
ascertain
model’s
ability
predict
recovery
shape
function.
Bulletin of the National Technical University KhPI Series Chemistry Chemical Technology and Ecology,
Год журнала:
2024,
Номер
2(12), С. 3 - 13
Опубликована: Ноя. 22, 2024
The
article
discusses
modern
trends
in
the
production
of
ceramics
creation
aluminosilicate
ceramic
products
using
3D
printing
or
additive
manufacturing.
Ceramic
is
a
high-performance
material
because
it
has
hard,
mechanically
strong
properties,
excellent
wear
resistance,
and
high
temperature
corrosion
resistance.
Traditional
methods
are
also
considered,
which
consist
three
stages:
preparation,
molding
(can
be
performed
various
methods,
such
as
isostatic
pressing,
pressure
casting,
tape
gel
suspension
etc.
)
sintering.
technology
an
effective
promising
method
that
continues
to
develop
find
new
applications
fields:
medical,
chemical,
biochemical,
environmental,
technical,
radio
engineering,
New
research
development
allow
improve
quality
accuracy
printing,
well
expand
possibilities
materials.
Special
importance
given
advantages
for
manufacture
products,
particular,
ability
create
individual
product
design
achieve
desired
shape,
composition,
microstructure
properties.
use
helps
reduce
waste
lower
costs,
making
process
more
environmentally
friendly
cost-effective.
In
general,
provides
information
about
current
directions
impact
innovative
on
this
branch
industry.
prospects
analyzed,
overview
materials
used
provided.
addition,
technology,
can
classified
depending
their
suitability
chosen
manufacturing
by
type
material.
