Polymers,
Год журнала:
2024,
Номер
16(22), С. 3173 - 3173
Опубликована: Ноя. 14, 2024
Nowadays,
self-healing
materials
have
been
studied
actively
in
electronics,
soft
robotics,
aerospace,
and
automobiles
because
they
can
prolong
the
life
span
of
materials.
However,
overcoming
trade-off
relationship
between
mechanical
properties
performance
is
challenging.
Herein,
graphene
oxide-polyaniline
(GO-PANI)
filler
was
introduced
to
overcome
this
challenge
GO
has
a
highly
excellent
modulus,
nitrogen
atoms
PANI
endow
ability
through
hydrogen
bonds.
Aside
from
bond
PANI,
carbonyl
group
disulfide
exchange
epoxy
matrix
also
helped
heal
efficiently.
Therefore,
modulus
SV-GPN1
(Self-healing
Vitrimer-GO-PANI1)
reached
770
MPa,
65.0%
healing
efficiency
demonstrated.
The
were
enhanced
after
adding
GO-PANI
filler.
ability,
however,
deteriorated
when
more
it
hindered
collision
molecules.
Meanwhile,
reproducibility,
which
proven
by
experiment
that
16.50
mm
thick
displayed
ability.
Thus,
be
applied
structural
industries
like
aerospace
its
reproducibility.
Journal of Materials Research and Technology,
Год журнала:
2024,
Номер
31, С. 570 - 578
Опубликована: Июнь 13, 2024
In
this
study,
a
highly
effective
cationic
polymer,
Poly
(diallyldimethylammonium
chloride)
(PDDA),
was
used
to
bond
Titanium
Carbide
(TiC)
nano-particles
(NPs)
non-covalently
with
matrix
polyaryletherketone
(PAEK).
Functionalization
of
PDDA
TiC
NPs
confirmed
using
Fourier-transform
infrared
spectroscopy
(FT-IR),
Zeta
potential,
and
Field
Emission
Scanning
Electron
Microscopy
(FE-SEM).
Both
(3
wt%)
(untreated
PDDA-treated)
were
added
PAEK,
as
filler
for
reinforcement
elevating
friction.
The
addition
treated)
in
the
PAEK
led
an
improvement
selected
performance
properties
such
thermal
stability
(by
11
13
°C),
surface
free
energy
(17
29%),
lap
shear
strength
(LSS)
(116
161%)
respectively.
Plastic
deformation,
cup
formaion
micro-striation
formation
major
failure
mechanisms.
treatment
resulted
better
more
uniform
deagglomeration
matrix,
strengthened
particle-matrix
interface,
higher
energy,
hence
adhesion
adherend.
improved
strengthening
both
interfaces
(NPs
nanocomposite
metallic
adherend)
enhanced
by
treated
NPs.
Abstract
A
wide
variety
of
materials
having
at
least
one
dimension
between
1
and
100
nm
make
up
the
remarkable
class
known
as
nanomaterials
(NMs).
By
rationally
designing
nanoparticles,
very
large
surface
areas
may
be
attained.
It
is
possible
to
create
NMs
with
exceptional
mechanical,
optical,
electrical,
magnetic
properties
that
differ
significantly
from
their
traditional
materials.
brief
history
how
they
have
been
used
spur
advancements
in
nanotechnology
development
covered
this
overview.
Throughout
review,
special
are
emphasized.
There
a
discussion
several
techniques
for
synthesizing
NMs,
including
top-down
bottom-up
strategies.
The
characteristics,
uses,
methods
manufacture
nanoparticles
succinctly
simply
summarized
study.
Advances in chemical and materials engineering book series,
Год журнала:
2024,
Номер
unknown, С. 597 - 624
Опубликована: Июнь 30, 2024
Self-healing
coating
(SHC)
can
repair
the
physical
damage
or
return
functionality
with
little
to
no
interference.
An
in-depth
and
up-to-date
discussion
of
advantages
disadvantages
self-healing
processes
in
organic
coatings
that
prevent
corrosion
is
provided
this
literature
review.
mechanisms
are
frequently
facilitated
by
incorporating
inhibitors
healing
agents
into
matrices.
Heat
light
from
environment
activate
non-autonomous
promote
starting
necessary
chemical
reactions
changes
lead
movement
molecules
chains
create
bonds.
Previous
studies
on
have
focused
minor
mechanisms,
like
a
localized
abrasion
puncture,
only
addressed
coatings'
barrier
prevention
qualities.
Future-generation
SHC
expected
be
more
intelligent
able
complex
damages
addition
surface/interfacial,
mechanical,
functional
Proceedings of the Institution of Mechanical Engineers Part L Journal of Materials Design and Applications,
Год журнала:
2024,
Номер
unknown
Опубликована: Сен. 8, 2024
Self-healing
polymers
(SHP),
inspired
by
nature,
are
materials
that
have
the
ability
to
recover
themselves
from
various
physical
damages
in
presence
of
different
inducing
environments.
The
self-recovering
property
indicates
capability
heal
cracks
their
very
nascent
stage
at
micro
or
nano-level
size
and
provides
a
door
prevent
them
any
major
catastrophic
failure.
In
this
article,
comprehensive
review
with
updated
reported
work
on
types
self-healing
mechanisms
advantages
limitations
has
been
discussed,
along
applications.
main
focus
aligned
challenges
future
scopes
associated
exploration
concepts
for
industrial
coating
extrinsic,
intrinsic,
combined
healing
explained,
application
coating.
Finally,
recent
status
technology
research
trends
discussed
article.
Polymers,
Год журнала:
2024,
Номер
16(22), С. 3173 - 3173
Опубликована: Ноя. 14, 2024
Nowadays,
self-healing
materials
have
been
studied
actively
in
electronics,
soft
robotics,
aerospace,
and
automobiles
because
they
can
prolong
the
life
span
of
materials.
However,
overcoming
trade-off
relationship
between
mechanical
properties
performance
is
challenging.
Herein,
graphene
oxide-polyaniline
(GO-PANI)
filler
was
introduced
to
overcome
this
challenge
GO
has
a
highly
excellent
modulus,
nitrogen
atoms
PANI
endow
ability
through
hydrogen
bonds.
Aside
from
bond
PANI,
carbonyl
group
disulfide
exchange
epoxy
matrix
also
helped
heal
efficiently.
Therefore,
modulus
SV-GPN1
(Self-healing
Vitrimer-GO-PANI1)
reached
770
MPa,
65.0%
healing
efficiency
demonstrated.
The
were
enhanced
after
adding
GO-PANI
filler.
ability,
however,
deteriorated
when
more
it
hindered
collision
molecules.
Meanwhile,
reproducibility,
which
proven
by
experiment
that
16.50
mm
thick
displayed
ability.
Thus,
be
applied
structural
industries
like
aerospace
its
reproducibility.
