Practice, progress, and proficiency in sustainability,
Год журнала:
2024,
Номер
unknown, С. 179 - 199
Опубликована: Июнь 28, 2024
Artificial
intelligence
(AI),
virtual
reality
(VR),
augmented
(AR),
and
smart
home
technologies
can
enhance
visual
quality,
functionality,
inclusion
in
built
environments.
AI
algorithms
are
essential
for
refining
lighting
models,
strengthening
natural
lighting,
energy
efficiency,
sustainability.
VR
provides
immersive
experiences
architectural
environmental
planning,
as
well
cultural
heritage
preservation
education.
Integrating
with
Building
Information
Modeling
(BIM)
platforms
improves
visualization
interaction
sustainable
building
design.
Additionally,
AR
systems
offer
real-time
information
on
space
design,
enhancing
accessibility
especially
people
disabilities.
also
assist
assessing
safety
predicting
disasters.
This
combination
of
optimizes
distribution,
promoting
attractive,
functional,
inclusive
environments
that
the
well-being
quality
life
all
people.
Automation in Construction,
Год журнала:
2024,
Номер
163, С. 105420 - 105420
Опубликована: Апрель 17, 2024
Scientific
contributions
to
BIM-sustainability
integration
have
gained
momentum
in
recent
years
due
the
influential
role
of
BIM
as
a
well-accepted
approach
for
sustainable
construction
practices.
In
this
regard,
some
systematic
reviews
and
informatic
analysis
papers
addressed
topic.
Although
these
provided
useful
insights,
we
go
deeper
into
body
knowledge
through
critical
lens.
addition,
paper,
keyword
combination
is
broadened
opposed
other
reviews,
insight
applied
synergies
between
sustainability
gap-spotting.
For
purpose,
98
journal
articles
are
selected
grouped
four
major
categories,
namely:
(i)
BIM-based
Life-Cycle
Sustainability
Assessment
(LCSA);
(ii)
green
buildings;
(iii)
BIM-aided
waste
management;
(iv)
state-of-the-art
topics.
The
work's
novelty
lies
giving
holistic
understanding
previously
dismissed
issues
area
review.
Finally,
research
gaps
future
opportunities
discussed
tabulated.
Sustainability,
Год журнала:
2024,
Номер
16(8), С. 3185 - 3185
Опубликована: Апрель 10, 2024
The
construction
industry
is
a
resource-
and
energy-intensive
sector,
and,
thus,
it
has
been
criticised
due
to
rising
environmental
concerns.
As
result,
gained
heightened
interest
in
the
concept
of
circular
economy
(CE)
over
last
decade
its
ability
promote
slowing,
reducing,
closing
production
consumption
cycles
materials
products
used
projects.
Current
research
studies
suggest
that
digital
technologies
may
enhance
industry’s
integrate
CE
into
practices.
However,
clear
understanding
technology
(DT)-related
barriers
hinder
practical
implementation
appears
be
lacking
within
sector.
Thus,
this
study
aims
identify
adopting
DTs
implement
practices
industry.
A
systematic
literature
review
was
conducted
by
reviewing
twenty-eight
(28)
relevant
papers
published
until
March
2024
Scopus
Web
Science
databases.
VOS
viewer
software
(version
1.6.11)
perform
co-occurrence
analysis
keywords
new
popular
areas
field.
content
analyse
significant
adapting
industry;
frequency
Pareto
analyses
were
determine
most
critical
obstacles.
This
identified
thirty-seven
(37)
using
CE,
categorised
nine
areas:
organisational,
infrastructure,
regulatory,
standardisation,
investment,
nature
industry,
technological,
stakeholder,
data-related
barriers.
Of
these
barriers,
nineteen
as
based
on
analysis.
These
findings
will
benefit
practitioners
policymakers
who
want
adopt
Journal of Open Innovation Technology Market and Complexity,
Год журнала:
2024,
Номер
10(3), С. 100325 - 100325
Опубликована: Июнь 27, 2024
In
an
era
where
digital
transformation
(DT)
reshapes
industries,
the
role
of
Knowledge
Transfer
Partnerships
(KTP)
in
bridging
academic
insights
with
industrial
innovation
becomes
crucial.
This
study
conducts
a
comprehensive
scientometric
analysis
360
papers
spanning
from
2013
to
2023
map
evolving
landscape
KTP
context
DT.
By
employing
advanced
visualization
tools
including
generative
visual
networks
and
keyword
co-occurrence
through
CiteSpace,
critical
research
gaps
trends,
particularly
addressing
how
can
mitigate
technological
obsolescence
enhance
management
within
enterprises
are
identified.
The
findings
reveal
significant
escalation
output
related
KTP,
pronounced
focus
on
integrating
cutting-edge
technologies
Artificial
Intelligence,
machine
learning
virtual
reality
fostering
market
adaptability.
charts
exponential
growth
literature
highlights
strategic
areas
entities,
global
geographical
coverage,
trends
KTPs
pivotal
enhancing
organizational
resilience
competitive
advantage
rapidly
digitizing
world.
paper
contributes
existing
knowledge
by
identifying
patterns
on-going
offering
evolutionary
model
guide
theoretical
development
practical
business
operations
policy
making.
International Journal of Construction Management,
Год журнала:
2024,
Номер
unknown, С. 1 - 11
Опубликована: Авг. 30, 2024
Although
emerging
economies
are
increasingly
adopting
digital
solutions,
integrating
these
technologies
with
circular
construction
practices
remains
relatively
unexplored,
which
could
impede
the
sector's
transformation.
This
study
addresses
this
gap
by
investigating
complex
risk
landscape,
identifying
23
critical
concerns
through
a
quantitative
approach.
Utilizing
data
collected
from
248
professionals
in
Vietnam,
scrutinized
and
assessed
risks
using
reliability
testing,
Kruskal-Wallis
test,
exploratory
factor
analysis,
relative
importance
index,
mapping
techniques.
The
results
revealed
differences
how
clients,
contractors,
consultants
perceived
transformation
for
construction.
In
addition,
findings
indicated
most
significant
risks,
including
negative
returns
on
investments,
income
loss,
competition,
legal
uncertainties,
cyberattacks,
high
digitization
costs.
Furthermore,
comparative
analysis
showed
that
countries
similar
socioeconomic
cultural
backgrounds
may
exhibit
markedly
different
profiles.
Theoretically,
work
bridges
circularity
digitalization,
offering
theoretical
insights
into
dynamics
economies.
Moreover,
practical
implications
substantial,
providing
valuable
strategies
decision-makers
stakeholders
Vietnam
beyond,
paving
way
more
resilient
sustainable
future
industry.
Smart Cities,
Год журнала:
2025,
Номер
8(2), С. 48 - 48
Опубликована: Март 12, 2025
The
transition
towards
a
Circular
Economy
(CE)
in
the
construction
sector
is
essential
to
achieving
sustainable,
inclusive
smart
cities.
This
study
examines
integration
of
CE
principles
into
policies
across
four
key
global
contexts:
European
Union
(focusing
on
Italy
and
Germany),
United
States,
Japan.
Through
comparative
policy
analysis,
research
identifies
best
practices,
implementation
barriers,
role
digitalization
advancing
strategies.
In
Europe,
embedded
frameworks
such
as
Green
Deal
New
Action
Plan,
driving
shift
toward
sustainable
urban
development.
while
early
stages
adoption,
fostering
circular
initiatives
at
local
levels,
particularly
waste
management
building
deconstruction.
Japan’s
landscape
integrates
within
broader
strategy
for
resource
efficiency,
emphasizing
technological
innovation.
findings
highlight
necessity
research-driven
approach
inform
that
leverage
digital
tools,
Building
Information
Modeling
Digital
Product
Passports,
enhance
material
traceability
circularity.
contributes
effort
designing
cities
are
not
only
technologically
advanced
but
also
environmentally
socially
through
adoption
built
environment.
