Buildings,
Journal Year:
2024,
Volume and Issue:
14(8), P. 2349 - 2349
Published: July 30, 2024
Digital
twin
(DT)
is
recognized
as
a
pillar
in
the
transition
from
traditional
to
digital
construction,
yet
risks
(opportunities
and
threats)
associated
with
its
implementation
have
not
been
thoroughly
determined
literature.
In
addition,
there
scarcity
of
research
relating
DT
maturity
levels,
which
has
hindered
optimum
consideration
such
when
adopted
at
different
levels.
To
address
these
gaps,
this
study
conducted
literature
review
1889
documents
Scopus
Web
Science
databases.
After
rigorous
filtration,
72
were
selected
comprehensively
reviewed.
A
total
47
risk
factors
(RFs)
identified
categorized
into
opportunities
(economic,
technical,
environmental
sustainability,
monitoring
safety,
management)
threats
policy
management).
Subsequently,
RFs
mapped
onto
five-level
model,
providing
users
insights
on
each
level.
The
exhaustive
list
proposed
integration
model
corresponding
enables
stakeholders
identify
their
specific
use
cases
facilitate
decision-making
success
across
various
levels
real-life
construction
projects.
Applied Sciences,
Journal Year:
2025,
Volume and Issue:
15(4), P. 1911 - 1911
Published: Feb. 12, 2025
Transportation
infrastructure
is
central
to
economic
development
and
the
daily
lives
of
citizens.
However,
rapid
urbanization,
increasing
vehicle
ownership,
growing
concerns
about
sustainable
have
significantly
heightened
complexity
managing
these
systems.
Although
digital
twin
(DT)
technology
holds
great
promise,
most
current
research
focuses
on
specific
areas,
lacking
a
comprehensive
framework
that
spans
entire
lifecycle
transportation
infrastructure,
from
planning
construction
operation
maintenance.
The
technical
challenges
integrating
different
DT
systems
remain
unclear,
which
some
extent
limits
potential
in
management
infrastructure.
To
address
this
gap,
review
first
summarizes
fundamental
concepts
architectures
involved
for
such
as
roads,
bridges,
tunnels,
hubs.
From
perspective,
are
categorized
based
functional
scope,
data
integration
methods,
application
stages,
their
key
technologies
basic
frameworks
outlined.
Subsequently,
applications
various
stages
infrastructure—planning
construction,
maintenance,
decommissioning
renewal—are
analyzed,
progress
reviewed
discussed.
Finally,
future
directions
achieving
full
system
encompassing
technical,
operational,
ethical
aspects,
discussed
summarized.
insights
gained
herein
will
be
valuable
researchers,
urban
planners,
engineers,
policymakers.
Sustainability,
Journal Year:
2024,
Volume and Issue:
16(19), P. 8663 - 8663
Published: Oct. 7, 2024
To
date,
a
plethora
of
research
has
been
published
investigating
the
value
using
Digital
Twin
(DT)
technology
in
construction
industry.
However,
contribution
DT
to
promoting
social
sustainability
industry
largely
unexplored.
Therefore,
current
paper
aims
address
this
gap
by
exploring
untapped
potential
advancing
within
end,
comprehensive
systematic
literature
review
was
conducted,
which
identified
298
relevant
studies.
These
studies
were
subsequently
analysed
with
respect
their
use
supporting
sustainability.
The
findings
indicated
that
contributed
8
17
UN
Sustainable
Development
Goals
(SDGs),
strong
focus
on
SDG11
(77
publications),
followed
SDG3
and
SDG9,
58
48
studies,
respectively,
focusing
health
well-being
fostering
resilient
infrastructure
innovation.
Other
contributions
for
SDG13
(30
studies),
SDG7
(27
SDG12
(26
SDG4
(21
SDG6
(11
covering
areas
such
as
climate
action,
responsible
consumption,
affordable
energy,
quality
education,
clean
water
sanitation.
This
also
proposes
future
directions
further
enhance
include
(i)
enhancing
inclusivity
diversity,
(ii)
workforce
safety
well-being,
(iii)
training
skill
development,
(iv)
policy
regulatory
support,
(v)
cross-disciplinary
collaboration.
