Journal of Manufacturing and Materials Processing,
Journal Year:
2024,
Volume and Issue:
8(3), P. 120 - 120
Published: June 7, 2024
Manufacturing
processes
have
always
played
a
pivotal
role
in
the
life
cycle
assessment
of
products,
necessitating
focused
efforts
to
minimize
their
impact
on
environment.
Thermoplastic
composite
manufacturing
is
no
exception
this
concern.
Within
thermoplastic
manufacturing,
preheating
process
stands
out
as
one
most
energy-intensive
stages,
significantly
affecting
In
study,
theoretical
analysis
conducted
compare
three
modes
preheating:
conductive,
radiative,
and
convective
modes,
considering
energy
consumption
environmental
impact.
The
reveals
potential
for
substantial
savings
emissions
reduction
through
selection
proper
mode.
Since
used
study
theoretical,
it
facilitates
parametric
different
assess
how
parameters
Moreover,
includes
comparison
between
from
material
production
process,
highlighting
contribution
overall
product
assessment.
Case Studies in Construction Materials,
Journal Year:
2023,
Volume and Issue:
19, P. e02563 - e02563
Published: Oct. 10, 2023
Pavement
rehabilitation
is
typically
required
to
ensure
the
service
life
of
road
and
safety
traffic.
Due
various
environmental
loading
factors,
pavements
can
present
degradation
or
failures
along
their
length,
such
as
cracks,
fissures,
deformations,
disintegration
wearing
course.
One
way
reapair
these
defects
by
using
sealant
materials.
The
objective
this
research
design
mortars
with
sugarcane
bagasse
ash
a
substitute
for
sand
repair
cracks
in
pavements.
Compression,
tensile,
shrinkage,
fluidity
adherence
tests
were
carried
out
on
mortar
samples
that
varied
dosage
0%,
50%
75%
content
sand.
These
allowed
evaluation
physical
mechanical
properties
samples,
determining
compressive
strength
values
16.65
MPa,
adhesion
0.52
among
others.
control
mix
5
replacement
(M5-50%),
obtained
best
results
under
criteria
each
performed.
This
article
also
evaluates
impact
construction
materials
established
procedures,
finding
considering
waste,
recycled
polypropylene
fibers,
incorporating
zeolite
carbon
capture
reduce
footprint
concrete
up
compared
baseline
mixes.
Journal of Manufacturing and Materials Processing,
Journal Year:
2024,
Volume and Issue:
8(3), P. 120 - 120
Published: June 7, 2024
Manufacturing
processes
have
always
played
a
pivotal
role
in
the
life
cycle
assessment
of
products,
necessitating
focused
efforts
to
minimize
their
impact
on
environment.
Thermoplastic
composite
manufacturing
is
no
exception
this
concern.
Within
thermoplastic
manufacturing,
preheating
process
stands
out
as
one
most
energy-intensive
stages,
significantly
affecting
In
study,
theoretical
analysis
conducted
compare
three
modes
preheating:
conductive,
radiative,
and
convective
modes,
considering
energy
consumption
environmental
impact.
The
reveals
potential
for
substantial
savings
emissions
reduction
through
selection
proper
mode.
Since
used
study
theoretical,
it
facilitates
parametric
different
assess
how
parameters
Moreover,
includes
comparison
between
from
material
production
process,
highlighting
contribution
overall
product
assessment.
