Applied Chemical Engineering,
Journal Year:
2024,
Volume and Issue:
7(4)
Published: Dec. 30, 2024
Additive
manufacturing,
particularly
through
fused
deposition
modeling
(FDM),
has
significantly
advanced
rapid
prototyping
and
customized
production.
However,
traditional
FDM
practices
raise
environmental
concerns
due
to
energy
use
waste
generation.
This
research
explores
integrating
bio-energy
sources
reduction
techniques
within
enhance
sustainable
production
practices.
By
implementing
renewable
optimizing
material
usage,
this
approach
aims
lower
the
carbon
footprint
associated
with
FDM.
Our
study
reviews
state-of-the-art
methods
such
as
biodegradable
polymers,
energy-efficient
hardware,
waste-reducing
design
algorithms.
Experimental
results
demonstrate
that
of
recycled
materials
can
maintain
mechanical
performance
while
enhancing
sustainability.
For
instance,
PLA
achieved
a
tensile
strength
52.4
MPa
an
elongation
at
break
6.1%,
PHA
showed
59.4
5.5%.
Both
high
recovery
rates,
92.7%
90.2%,
indicating
effective
closed-loop
recovery.
These
findings
indicate
substantial
reductions
in
consumption,
promoting
both
industrial
consumer-level
applications.
contributes
field
additive
manufacturing
by
aligning
circular
economy
principles
addressing
global
need
for
reduced
impact.
Applied Chemical Engineering,
Journal Year:
2024,
Volume and Issue:
7(2), P. 3870 - 3870
Published: April 30, 2024
The
use
of
biodegradable
materials
in
3D
printing
has
gained
attention
due
to
its
potential
addressing
environmental
concerns
the
manufacturing
industry.
This
paper
aims
explore
current
state
research
and
development
sustainable
using
materials.
found
that
materials,
such
as
bioplastics,
are
being
increasingly
used
an
eco-friendly
alternative
traditional
Various
types
have
been
tested,
including
Polylactic
Acid
(PLA),
cellulose-based
starch-based
One
main
advantages
is
reduce
carbon
footprint
production
process.
These
derived
from
renewable
resources
a
lower
impact
compared
non-biodegradable
petroleum-based
plastics.
However,
also
presents
challenges,
limited
availability
higher
costs,
well
need
for
specific
print
settings
post-processing
methods.
Further
needed
optimize
develop
new
with
improved
properties.
Collaboration
between
material
scientists
manufacturers
crucial
advancing
Polymers,
Journal Year:
2024,
Volume and Issue:
16(10), P. 1443 - 1443
Published: May 20, 2024
The
selection
of
process
parameters
is
crucial
in
3D
printing
for
product
manufacturing.
These
govern
the
operation
production
machinery
and
influence
mechanical
properties,
time,
other
aspects
final
product.
optimal
parameter
settings
vary
depending
on
application.
This
study
identifies
most
suitable
cluster
producing
rotating
components,
specifically
impellers,
using
carbon-reinforced
Polyether
Ether
Ketone
(CF-PEEK)
thermoplastic
filament.
A
mathematical
programming
technique
a
rating
method
was
employed
to
select
appropriate
parameters.
research
concludes
that
an
infill
density
70%,
layer
height
0.15
mm,
speed
60
mm/s,
platform
temperature
195
°C,
extruder
445
travel
95
mm/s
are
manufacturing
components
PEEK
material.
Applied Chemical Engineering,
Journal Year:
2024,
Volume and Issue:
7(2), P. 1875 - 1875
Published: March 14, 2024
This
paper
presents
an
analysis
of
material
selection
and
design
optimization
techniques
to
enhance
the
structural
integrity
3D
printed
aerospace
components.
The
study
highlights
importance
considering
characteristics
factors
such
as
shape,
orientation,
support
structures
in
order
achieve
reliable
high-performance
Various
materials,
including
metals
polymers,
commonly
used
applications
are
evaluated,
along
with
their
properties
limitations
context
printing.
Furthermore,
impact
different
printing
parameters
on
components
is
discussed.
identifies
strategies
topology
optimization,
lattice
structures,
infill
patterns,
which
can
significantly
improve
strength
durability
parts.
results
demonstrate
potential
these
optimize
components,
leading
lighter,
more
efficient,
parts
for
air
space
vehicles.
Applied Chemical Engineering,
Journal Year:
2024,
Volume and Issue:
unknown, P. 3867 - 3867
Published: May 24, 2024
3D
printing
has
rapidly
evolved
and
matured
in
recent
years,
with
a
key
factor
being
the
improvement
materials.
This
paper
compares
performance
applications
of
various
materials,
including
plastics,
metals,
ceramics,
biomaterials.
Plastics
remain
most
widely
used
material
due
to
their
low
cost
ease
printing,
while
metals
are
gaining
popularity
superior
mechanical
properties.
However,
advancements
ceramic
biomaterials
have
opened
up
new
possibilities
for
industries
such
as
aerospace,
healthcare,
electronics.
The
comparative
analysis
provides
insights
into
strengths
limitations
each
material,
how
they
can
be
optimized
specific
applications.
With
continuous
developments
technology
potential
this
revolutionize
manufacturing
other
is
promising.
Applied Chemical Engineering,
Journal Year:
2024,
Volume and Issue:
7(2), P. 3877 - 3877
Published: April 30, 2024
The
field
of
3D
printed
electronics
has
been
rapidly
growing
in
recent
years,
with
the
potential
to
revolutionize
industries
such
as
healthcare,
aerospace,
and
consumer
electronics.
Polymer
printing
emerged
a
promising
technique
for
fabricating
electronic
devices
due
its
versatility,
scalability,
cost-effectiveness.
However,
there
are
several
challenges
that
need
be
addressed
order
fully
unlock
polymer
This
research
paper
discusses
current
state
art
this
field,
highlighting
proposing
solutions.
These
include
material
selection,
design
considerations,
techniques,
post-processing
methods.
In
addition,
explores
limitations
existing
materials
presents
advances
development
new
functional
printing.
Furthermore,
integration
various
components
multi-material
techniques
also
discussed
key
factors
advancing
capabilities
Finally,
provides
insights
recommendations
future
directions
realize
Scientia Iranica,
Journal Year:
2023,
Volume and Issue:
0(0), P. 0 - 0
Published: Oct. 24, 2023
In
this
modern
world,
3D
printing
technology
plays
a
very
important
role
in
the
manufacturing
sector.
It
can
be
found
easily
recent
decades,
increasing
use
of
many
fields
and
including
FDM
[Fusion
Deposition
Modelling]
technology.
This
research
paper
is
for
an
Indian
electrical
switch
product-based
MSME
[Micro
Small
Medium
Enterprises]
company,
to
select
optimum
set
parameters
machine
producing
high-quality
final
product
less
time.
To
end,
fifteen
pieces
ASTM
D638
tensile
specimen
were
fabricated
with
modified
cluster
fourteen
ensuring
mechanical
property
production
time
by
results
fabrication
time,
test,
microstructure
analysis.
Moreover,
Design
Experiments
(DoE)
has
been
used
analysis
strength
FESEM
(Field
Emission
Scanning
Electron
Microscope)
equipment
microstructures.
Finally,
printing/process
have
suggested
Company
based
on
experimental
results.
