Frontiers in Built Environment,
Год журнала:
2025,
Номер
11
Опубликована: Март 31, 2025
Background
and
Objective
Additive
Manufacturing
(AM),
driven
by
digital
3D
design
data,
is
a
transformative
technology
that
holds
significant
potential
to
revolutionize
the
construction
industry.
Its
untapped
capacity
optimize
material
utilization,
enhance
flexibility,
substantially
reduce
greenhouse
gas
(GHG)
emissions
emplaces
it
as
key
enabler
sustainable
construction.
Although
being
adopted
in
biomedical,
aerospace,
automotive
industries,
AM
remains
underexplored
This
study
systematically
evaluates
role
of
advancing
construction,
particularly
its
impact
on
reducing
GHG
emissions.
Materials
methods
Systematic
research
was
conducted
using
resourceful
methodologies.
These
are
include
PRISMA
meta-analysis,
Cochrane
Collaboration,
EPPI-Reviewer
4,
VOSviewer,
Databases
with
Search
Engines.
The
tools
were
employed
synthesize,
organize,
deduce
relevant
materials
literature,
facilitating
comparative
analyses
traditional
(conventional)
subtractive
manufacturing
(TSM).
systematic
review
essentially
concentrates
metrics
such
process
efficiency,
cost-effectiveness,
production
rates,
sustainability.
Furthermore,
diverse
techniques,
materials,
concrete,
composites,
polymers,
evaluated
for
their
mitigate
carbon
Results
Quantitatively,
results
connote
can
better
energy
efficiency
up
60%,
waste
90%,
cushioned
lower
80%,
while
achieving
labour
cost
savings
50%–60%,
sustainability
75%
specific
standards.
enables
complex
geometrical
designs
unfeasible
conventional
methods,
improving
both
structural
mechanical
performance,
Conclusion
expounds
environmental,
social
economic
benefits
AM,
providing
highly
valuable
insights
further
incorporate
contemporary
viable
alternative
solutions,
supplements
TSM.
innovations
deduced
be
well
positioned
strategic
driver
eco-friendly
built
environment,
supporting
global
efforts
toward
neutrality
urban
developments.
Engineering Science & Technology Journal,
Год журнала:
2024,
Номер
5(1), С. 185 - 200
Опубликована: Янв. 24, 2024
Green
architecture
and
energy
efficiency
have
become
imperative
considerations
in
contemporary
construction
practices,
driven
by
the
escalating
global
concern
over
environmental
degradation
consumption.
This
paper
provides
a
comprehensive
review
of
innovative
design
techniques
employed
green
to
enhance
efficiency.
The
study
delves
into
integration
sustainable
principles,
emphasizing
importance
minimizing
ecological
footprint
buildings.
Various
strategies
such
as
passive
design,
roofs,
efficient
insulation
systems
are
explored
create
structures
that
harness
natural
resources
intelligently.
These
not
only
reduce
consumption
but
also
contribute
healthier
indoor
environment.
Innovative
materials
play
pivotal
role
architecture,
with
focus
on
utilizing
recycled
locally
sourced
materials.
scrutinizes
emerging
technologies
like
bio-concrete
self-healing
materials,
which
structural
resilience
embody
eco-friendly
attributes.
Furthermore,
utilization
advanced
building
systems,
smart
grids
energy-efficient
HVAC
is
discussed
for
optimizing
performance
throughout
lifecycle
building.
highlights
significance
renewable
sources,
an
emphasis
incorporating
solar
panels,
wind
turbines,
other
solutions
architectural
designs.
these
promotes
self-sufficiency
contributes
overall
reduction
greenhouse
gas
emissions.
In
conclusion,
this
encapsulates
exploration
symbiotic
relationship
between
By
examining
cutting-edge
techniques,
seeks
provide
insights
can
inform
inspire
future
practices
industry,
fostering
approach
addresses
both
concerns
growing
demand
infrastructure.
Keywords:
Energy,
Architecture,
Construction
Technique,
Design,
Review.
Heliyon,
Год журнала:
2024,
Номер
10(17), С. e36543 - e36543
Опубликована: Авг. 24, 2024
In
today's
environment,
the
connections
between
Marketing
5.0,
Industry
and
Society
5.0
are
gaining
increasing
attention.
Governments
businesses
eager
to
explore
how
they
can
boost
both
economic
competitiveness
societal
well-being
through
strategic
initiatives.
It
is
important
ensure
that
technology
adoption,
ethical
governance,
human
capital
development
all
align
in-sync.
This
review
dives
into
this
challenge,
aiming
create
a
theoretical
model
provides
significant
insight
on
influences
5.0.
By
analyzing
broad
range
of
literature,
aim
was
offer
practical
suggestions
guidelines
for
enhancing
welfare.
48
studies
were
analyzed
discuss
complexities
relationships
these
three
domains.
The
findings
suggest
actionable
steps
strategies
policymakers.
Finally,
paper
serves
as
foundation
future
research
in
area,
exploring
synergy
Buildings,
Год журнала:
2024,
Номер
14(11), С. 3446 - 3446
Опубликована: Окт. 29, 2024
The
use
of
Internet
Things
(IoT)
technology
is
crucial
for
improving
energy
efficiency
in
smart
buildings,
which
could
minimize
global
consumption
and
greenhouse
gas
emissions.
IoT
applications
numerous
sensors
to
integrate
diverse
building
systems,
facilitating
intelligent
operations,
real-time
monitoring,
data-informed
decision-making.
This
critical
analysis
the
features
adoption
frameworks
buildings
carefully
investigates
various
that
enhance
management,
operational
efficiency,
occupant
comfort.
Research
indicates
may
decrease
by
as
much
30%
operating
expenses
20%.
paper
provides
a
comprehensive
review
significant
obstacles
including
substantial
initial
expenditures
(averaging
15%
project
budgets),
data
security
issues,
complexity
system
integration.
Recommendations
are
offered
tackle
these
difficulties,
emphasizing
need
established
processes
improved
coordination
across
stakeholders.
insights
provided
seek
influence
future
research
initiatives
direct
academic
community
construction
engineering
management
about
appropriate
buildings.
study
resource
academics
practitioners
aiming
development
implementation
solutions
sector.
Journal of Building Engineering,
Год журнала:
2023,
Номер
77, С. 107388 - 107388
Опубликована: Июль 23, 2023
Building
automation
systems
are
building
control
and
management
that
control/operate
different
in
a
such
as
HVAC,
lighting,
safety
systems,
security
access
control,
surveillance,
indoor
air
quality,
waste
management.
These
manage,
integrate
other
to
enhance
living
experience
optimise
energy
use
through
set
of
sensors
actuators
deployed
the
collect
data
execute
commands
sent
gateway.
generate
real-time
act
or
reacts
stochastic
occupant
behaviours.
Buildings
Oman
used
be
built
with
burned
clay
mixed
date
palm
leaves,
wadi
stones
trunks
for
structure.
This
architecture
keeps
environment
warm
winter
cold
summer.
However,
advancing
technology
there
has
been
shift
towards
using
concrete
steel
have
high
thermal
conductivity
pose
some
challenges
use.
paper
will
show
main
concern
occupants
is
temperature
especially
during
summer
months.
raised
concerns
performance
shows
need
review
materials,
recommend
sustainable
alternatives,
more
widely,
implement
techniques.
seeks
develop
recommendations
overcome
these
issues
by
exploring
post-occupancy
satisfaction
measures
potential
BAS
materials
Oman.
Following
on
from
this,
this
explores
motivations
behind
people's
decision
deploy
home
explore
techniques
performance.
Sensors,
Год журнала:
2024,
Номер
24(11), С. 3276 - 3276
Опубликована: Май 21, 2024
In
today's
world,
a
significant
amount
of
global
energy
is
used
in
buildings.
Unfortunately,
lot
this
wasted,
because
electrical
appliances
are
not
properly
or
efficiently.
One
way
to
reduce
waste
by
detecting,
learning,
and
predicting
when
people
present
To
do
this,
buildings
need
become
"smart"
"cognitive"
use
modern
technologies
sense
how
occupying
the
By
leveraging
information,
can
make
smart
decisions
based
on
recently
developed
methods.
paper,
we
provide
comprehensive
overview
recent
advancements
Internet
Things
(IoT)
that
have
been
designed
for
monitoring
indoor
environmental
conditions
within
Using
these
crucial
gathering
data
about
environment
determining
number
presence
occupants.
Furthermore,
paper
critically
examines
both
strengths
limitations
each
technology
occupant
behavior.
addition,
it
explores
different
methods
processing
making
future
occupancy
predictions.
Moreover,
highlight
some
challenges,
such
as
optimal
location
sensors
radars,
detailed
explanation
insights
into
challenges.
possible
directions,
including
security
occupants'
promotion
energy-efficient
practices
localizing
occupants
their
activities
building.
With
respect
other
survey
works
similar
topics,
our
work
aims
cover
sensory
approaches
review
literature
estimating
occupancy.
