|
china |
13 |
|
construction and demolition waste |
11 |
|
construction waste management |
11 |
|
building information modeling (bim) |
9 |
|
construction |
9 |
|
big data |
8 |
|
blockchain |
8 |
|
international construction |
8 |
|
circular economy |
7 |
|
construction industry |
7 |
|
hong kong |
7 |
|
prefabrication |
7 |
|
smart contract |
7 |
|
waste management |
7 |
|
building information model |
6 |
|
building information modeling |
6 |
|
built environment |
6 |
|
competitiveness |
6 |
|
computer vision |
6 |
|
corporate social responsibility |
6 |
|
design for manufacture and assembly |
6 |
|
green building |
6 |
|
machine learning |
6 |
|
modular construction |
6 |
|
smart construction objects |
6 |
|
urbanization |
6 |
|
architecture |
5 |
|
artificial intelligence |
5 |
|
building information modelling (bim) |
5 |
|
city information model |
5 |
|
construction industrialization |
5 |
|
construction waste |
5 |
|
corporate financial performance |
5 |
|
corporate social performance |
5 |
|
information management |
5 |
|
procurement innovation |
5 |
|
semantic segmentation |
5 |
|
big data analytics |
4 |
|
bim (building information modelling) |
4 |
|
building information model (bim) |
4 |
|
carbon emissions |
4 |
|
construction companies |
4 |
|
construction management |
4 |
|
construction waste management (cwm) |
4 |
|
covid-19-free community |
4 |
|
digital twin |
4 |
|
digital twin city (dtc) |
4 |
|
facility management |
4 |
|
forecasting |
4 |
|
generative design |
4 |
|
gis |
4 |
|
hierarchical clustering |
4 |
|
information technologies |
4 |
|
internet of things (iot) |
4 |
|
lidar |
4 |
|
literature review |
4 |
|
multi-dimensional |
4 |
|
natural experiment |
4 |
|
offsite construction |
4 |
|
oracles |
4 |
|
pedestrian activity |
4 |
|
photogrammetry |
4 |
|
post-disaster recovery |
4 |
|
real-time |
4 |
|
robotics |
4 |
|
smart buildings |
4 |
|
streetscape |
4 |
|
supply chain management |
4 |
|
sustainable development |
4 |
|
tencent street view (tsv) |
4 |
|
u-kaya identity |
4 |
|
urban informatics |
4 |
|
visibility and traceability |
4 |
|
waste composition |
4 |
|
3d models |
3 |
|
3d point cloud |
3 |
|
amount quantification |
3 |
|
analytical framework |
3 |
|
architectural design |
3 |
|
architectural repetition |
3 |
|
architectural symmetries |
3 |
|
assembly |
3 |
|
barrier |
3 |
|
bigger data |
3 |
|
bim objects |
3 |
|
building projects |
3 |
|
bus terminals |
3 |
|
central governance |
3 |
|
civic spaces |
3 |
|
cognitive facility management |
3 |
|
cognitive system |
3 |
|
computational design |
3 |
|
conceptual framework |
3 |
|
construction cost |
3 |
|
construction project management |
3 |
|
construction supervision |
3 |
|
construction waste minimization |
3 |
|
contextual attributes |
3 |
|
corporate social performance-corporate financial performance relationship |
3 |
|
cost-benefit analysis |
3 |
|
critical review |
3 |
|
curvilinear relationship |
3 |
|
decision tree |
3 |
|
deep convolutional neural network |
3 |
|
derivative-free optimization |
3 |
|
design assistance tool |
3 |
|
design guidelines |
3 |
|
digital currency electronic payment |
3 |
|
dual-layer blockchain network |
3 |
|
economic efficiency |
3 |
|
errors (statistics) |
3 |
|
estimation |
3 |
|
federated learning |
3 |
|
gestalt principles |
3 |
|
greater bay area, china |
3 |
|
guidelines |
3 |
|
heterogeneity |
3 |
|
high-density city |
3 |
|
human-robot collaboration (hrc) |
3 |
|
industrial ecology |
3 |
|
information and communication technologies |
3 |
|
inspection |
3 |
|
internet of things |
3 |
|
interpretive structural modeling |
3 |
|
lidar point clouds |
3 |
|
lidar reflectance |
3 |
|
linking rfid to bim |
3 |
|
maturity model |
3 |
|
modular housing production |
3 |
|
multi-objective combinatorial optimization |
3 |
|
multimodal optimization |
3 |
|
navigation (geomatic) |
3 |
|
object parameters |
3 |
|
occupational health and safety |
3 |
|
octree based sampling |
3 |
|
off-site construction |
3 |
|
outdoor thermal comfort |
3 |
|
prefabricated construction |
3 |
|
pricing |
3 |
|
privacy and security |
3 |
|
public-private disparity |
3 |
|
qianhai |
3 |
|
radio-frequency identification (rfid) |
3 |
|
real estate development |
3 |
|
reclamation |
3 |
|
rooftop |
3 |
|
schumpeterian experimentation |
3 |
|
semantic enrichment |
3 |
|
semantics |
3 |
|
sign structures |
3 |
|
simulation models |
3 |
|
smart work packaging |
3 |
|
social cost |
3 |
|
social network analysis |
3 |
|
swot analysis |
3 |
|
symmetry |
3 |
|
symmetry detection |
3 |
|
systematic review |
3 |
|
topographic map |
3 |
|
transaction cost |
3 |
|
transfer learning |
3 |
|
two-layer adaptive blockchain |
3 |
|
view classification |
3 |
|
view quality |
3 |
|
view visualization |
3 |
|
volume estimation |
3 |
|
waste generation flow |
3 |
|
waste quantification |
3 |
|
waste sorting |
3 |
|
window view |
3 |
|
agent construction system |
2 |
|
agent-construction system |
2 |
|
artificial intelligence (ai) |
2 |
|
as-built bim |
2 |
|
as-built modeling |
2 |
|
assessment of sustainable transition pathways |
2 |
|
augmented reality |
2 |
|
augmented reality (ar) |
2 |
|
automated waste sorting |
2 |
|
beam plus |
2 |
|
big data enabled probabilistic analysis |
2 |
|
big dataprobability |
2 |
|
bim |
2 |
|
brazil |
2 |
|
building |
2 |
|
building information modelling |
2 |
|
building layout |
2 |
|
bulk density |
2 |
|
business model |
2 |
|
carbon emission |
2 |
|
cloud technologies |
2 |
|
coase invariant theorem |
2 |
|
collaboration |
2 |
|
collaboration network |
2 |
|
collision free |
2 |
|
competition |
2 |
|
competitive advantage |
2 |
|
competitive strategy |
2 |
|
composition estimation |
2 |
|
construction materials |
2 |
|
construction processes |
2 |
|
construction procurement |
2 |
|
construction project |
2 |
|
construction safety |
2 |
|
construction sector |
2 |
|
content analysis |
2 |
|
contingent valuation method |
2 |
|
contractor |
2 |
|
contractors |
2 |
|
corporate social responsibility (csr) |
2 |
|
cost-benefit analysis (cba) |
2 |
|
cross boundary research collaboration |
2 |
|
cross-jurisdictional trading |
2 |
|
cross-sectoral learning |
2 |
|
curve fitting |
2 |
|
cyber-physical system |
2 |
|
data exchange |
2 |
|
data interoperability |
2 |
|
decision support |
2 |
|
decision-making |
2 |
|
decoupling analysis |
2 |
|
deep learning |
2 |
|
demolition waste |
2 |
|
deployment framework |
2 |
|
design for excellence |
2 |
|
design for manufacturing and assembly |
2 |
|
design thinking |
2 |
|
digital construction site |
2 |
|
digital fabrication |
2 |
|
discrete denoising diffusion model |
2 |
|
embodied carbon |
2 |
|
emerging economies |
2 |
|
emission abatement |
2 |
|
emission characteristics |
2 |
|
enablers |
2 |
|
energy efficiency |
2 |
|
engineering and construction (aec) industry |
2 |
|
environmental discourse on sustainable cities |
2 |
|
environmental innovation |
2 |
|
environmental kuznets curve (ekc) |
2 |
|
evolution process |
2 |
|
evolutionary game model |
2 |
|
extended producer responsibility |
2 |
|
facility |
2 |
|
floorplan |
2 |
|
floorplan design |
2 |
|
floorplan typology |
2 |
|
forecast |
2 |
|
fuzzy set theory |
2 |
|
generative adversarial network (gan) |
2 |
|
generative model |
2 |
|
geographic information system |
2 |
|
geographic information systems (gis) |
2 |
|
glocalisation |
2 |
|
government intention |
2 |
|
graph learning |
2 |
|
graph representation |
2 |
|
green building rating system |
2 |
|
human-centred design |
2 |
|
human-robot interaction (hri) |
2 |
|
human–robot interaction |
2 |
|
human–robot teaming |
2 |
|
image recognition |
2 |
|
indoor localization |
2 |
|
industry foundation classes |
2 |
|
inert waste |
2 |
|
innovation |
2 |
|
intelligent building |
2 |
|
intelligent/smart building |
2 |
|
inter-firm cooperation |
2 |
|
interior design and construction |
2 |
|
interoperability |
2 |
|
isomorphism |
2 |
|
kaya identity |
2 |
|
knowledge formalization |
2 |
|
laser scanning |
2 |
|
latent barriers |
2 |
|
leadership in energy and environmental design |
2 |
|
learning curve |
2 |
|
lidar point cloud |
2 |
|
life cycle assessment |
2 |
|
lmdi model |
2 |
|
location-based services |
2 |
|
logistic and supply-chain management (lscm) |
2 |
|
low carbon city |
2 |
|
machine learning regression |
2 |
|
markerless spatial registration |
2 |
|
material passport |
2 |
|
material recognition |
2 |
|
modular building |
2 |
|
modular integrated construction (mic) |
2 |
|
moral hazards |
2 |
|
multiple tower cranes |
2 |
|
municipal solid waste |
2 |
|
name |
2 |
|
naming |
2 |
|
naming convention |
2 |
|
network analysis |
2 |
|
network structure |
2 |
|
nomenclature |
2 |
|
non-fungible token |
2 |
|
non-inert waste |
2 |
|
object detection and scene understanding |
2 |
|
obstacles and enablers to sustainable transitions |
2 |
|
occupational health and safety (ohs) |
2 |
|
occupational safety and health (osh) |
2 |
|
offshore prefabrication construction |
2 |
|
ontology |
2 |
|
organizational learning |
2 |
|
overlapping site areas |
2 |
|
partial least squares structural equation modelling (pls-sem) |
2 |
|
performance |
2 |
|
physical internet |
2 |
|
point cloud |
2 |
|
point cloud data |
2 |
|
pose estimation |
2 |
|
principal–agent theory |
2 |
|
proactive intelligence |
2 |
|
process characteristic |
2 |
|
procurement |
2 |
|
profit-maximization |
2 |
|
project management |
2 |
|
project-based organizations |
2 |
|
prospects |
2 |
|
public pressure |
2 |
|
public-private partnership |
2 |
|
recycling |
2 |
|
regenerative sustainability |
2 |
|
registration |
2 |
|
resource recycling |
2 |
|
s-curve |
2 |
|
semantic registration |
2 |
|
sensor |
2 |
|
service schedule optimization |
2 |
|
sharing economy |
2 |
|
smart building |
2 |
|
smart construction |
2 |
|
smart construction object |
2 |
|
smart construction object (sco) |
2 |
|
smart construction objectives |
2 |
|
smart grid |
2 |
|
smart living |
2 |
|
social sustainability |
2 |
|
stakeholder management |
2 |
|
sustainability |
2 |
|
sustainable building |
2 |
|
sustainable built environments |
2 |
|
sustainable city frameworks |
2 |
|
system dynamics |
2 |
|
technology acceptance |
2 |
|
time-effort distribution curve |
2 |
|
tower crane |
2 |
|
transportation efficiency |
2 |
|
urban material stocks |
2 |
|
urban semantics |
2 |
|
urban transition theory |
2 |
|
user perception |
2 |
|
videogrammetry |
2 |
|
virtuous cycle |
2 |
|
waste charging |
2 |
|
waste generation quantification |
2 |
|
waste generation rate |
2 |
|
waste minimization |
2 |
|
waste recycling |
2 |
|
waste trading |
2 |
|
willingness to pay |
2 |
|
zero carbon building |
2 |
|
academic responses |
1 |
|
action research |
1 |
|
adoption |
1 |
|
adverse effect |
1 |
|
architectural and engineering education |
1 |
|
asset lifecycle |
1 |
|
australia |
1 |
|
barriers and facilitators |
1 |
|
bays |
1 |
|
benchmarking |
1 |
|
benefit cost ratios |
1 |
|
bibliometric analysis |
1 |
|
bidding |
1 |
|
bim adoption |
1 |
|
bim education |
1 |
|
bim localization |
1 |
|
bim strategies |
1 |
|
blockchain systems |
1 |
|
building information modeling curriculum |
1 |
|
building information modeling education |
1 |
|
building maintenance |
1 |
|
building material stock |
1 |
|
building services |
1 |
|
business concentration |
1 |
|
business practitioners |
1 |
|
business process reengineering |
1 |
|
c&d waste |
1 |
|
c-cass |
1 |
|
case reports |
1 |
|
case study |
1 |
|
chinese international construction companies |
1 |
|
circularity indicators |
1 |
|
closedloop system |
1 |
|
cognitive building |
1 |
|
cognitive computing |
1 |
|
cognitive internet of things |
1 |
|
colleges and universities |
1 |
|
communication |
1 |
|
comparative case study. |
1 |
|
concentration |
1 |
|
construction and demolition |
1 |
|
construction and demolition (c&d) waste |
1 |
|
construction and demolition (c&d) waste management |
1 |
|
construction competition |
1 |
|
construction cost index |
1 |
|
construction education |
1 |
|
construction logistics and supply chain |
1 |
|
construction material |
1 |
|
construction mock-up production |
1 |
|
construction payment |
1 |
|
construction planning schedule |
1 |
|
construction professional services |
1 |
|
construction project organization (cpo) |
1 |
|
construction projects |
1 |
|
construction wastes |
1 |
|
construction workers |
1 |
|
contract management |
1 |
|
contracting |
1 |
|
contractor competitiveness |
1 |
|
contracts |
1 |
|
control measures |
1 |
|
convolutional long-short term memory |
1 |
|
coordinated urban and rural development |
1 |
|
coordination intensity |
1 |
|
coordination power |
1 |
|
cost efficiency |
1 |
|
covid-19 |
1 |
|
covid-19 pandemic |
1 |
|
creating shared value |
1 |
|
criminal behavior analysis |
1 |
|
critical assessment |
1 |
|
critical success factors |
1 |
|
cross-border construction logistics and supply chain |
1 |
|
cross-jurisdictional analysis |
1 |
|
crystalline silica |
1 |
|
csr-cfp link |
1 |
|
curtain wall system |
1 |
|
cyber physical social system |
1 |
|
cyber-physical system (cps) |
1 |
|
cyber-physical systems |
1 |
|
data integration |
1 |
|
data mining |
1 |
|
data reliability |
1 |
|
data sets |
1 |
|
decision support service |
1 |
|
decision support system |
1 |
|
decision-making tools |
1 |
|
demolition waste generation (dwg) |
1 |
|
dense wind speed forecast |
1 |
|
design |
1 |
|
design for construction waste minimization |
1 |
|
design for manufacture and assembly (dfma) |
1 |
|
designing out waste |
1 |
|
developing economies |
1 |
|
development strategies |
1 |
|
diffusion |
1 |
|
diffusion of innovation (doi) theory |
1 |
|
diffusion of innovations (doi) |
1 |
|
digital inspection |
1 |
|
digital twins |
1 |
|
disclosure |
1 |
|
diversification |
1 |
|
dustbubble |
1 |
|
dynamics |
1 |
|
economic development |
1 |
|
economic performance |
1 |
|
economies of scale |
1 |
|
economies of scope |
1 |
|
engineering education |
1 |
|
engineering news-record |
1 |
|
entity-relationship diagram |
1 |
|
entropy |
1 |
|
environmental kuznets curve |
1 |
|
environmental performance |
1 |
|
environmental performance score (eps) |
1 |
|
estimating |
1 |
|
europe |
1 |
|
execution plan |
1 |
|
existing buildings |
1 |
|
facilitating technology |
1 |
|
facility design and construction |
1 |
|
factors |
1 |
|
façade design |
1 |
|
firm competitiveness |
1 |
|
food industry |
1 |
|
formal–informal fit |
1 |
|
framework |
1 |
|
färe-primont data envelopment analysis |
1 |
|
greater bay area |
1 |
|
green retrofitting |
1 |
|
growth |
1 |
|
hierarchy steepness |
1 |
|
hong kong–mainland china links |
1 |
|
human-organization-technology (hot) fit |
1 |
|
human-organization-technology relationship |
1 |
|
illegal dumping |
1 |
|
impact |
1 |
|
industrial ecosystem metabolism |
1 |
|
industrial wastes |
1 |
|
industries |
1 |
|
information and communication technology (ict) applications |
1 |
|
information and process concurrence |
1 |
|
information systems |
1 |
|
infrastructure investment |
1 |
|
institutions |
1 |
|
intelligent buildings |
1 |
|
intensity of competition |
1 |
|
international companies |
1 |
|
international construction business |
1 |
|
international construction market |
1 |
|
international contractor |
1 |
|
international development |
1 |
|
international market |
1 |
|
international practice |
1 |
|
international supply chain |
1 |
|
iron triangle |
1 |
|
isomorphic pressures |
1 |
|
key performance indicator (kpi) |
1 |
|
knowledge structure |
1 |
|
knowledge-intensive professional services |
1 |
|
last mile |
1 |
|
last mile problem |
1 |
|
laws and regulations |
1 |
|
lead-lag effect |
1 |
|
learning curve theory |
1 |
|
learning effects |
1 |
|
leed |
1 |
|
life cycle costing |
1 |
|
life cycle management |
1 |
|
life-cycle costing |
1 |
|
local positioning system |
1 |
|
logistics and supply chain management |
1 |
|
logistics and supply-chain management (lscm) |
1 |
|
major opportunities |
1 |
|
management |
1 |
|
market competitiveness |
1 |
|
material circularity |
1 |
|
material provenance |
1 |
|
materialization stage |
1 |
|
maturity |
1 |
|
measurement |
1 |
|
mediator |
1 |
|
model |
1 |
|
moderate competition |
1 |
|
moderator |
1 |
|
modular construction manufacturing |
1 |
|
monte carlo simulation (mcs) |
1 |
|
multi-server systems |
1 |
|
multidisciplinary design team |
1 |
|
multivariate discriminant analysis |
1 |
|
negotiations |
1 |
|
net zero building |
1 |
|
networks |
1 |
|
niche theory |
1 |
|
objectives |
1 |
|
offshore prefabrication |
1 |
|
on-site |
1 |
|
on-site recycling |
1 |
|
organizational coordination |
1 |
|
organizational ecology |
1 |
|
organizational issues |
1 |
|
organizations |
1 |
|
pattern discovery |
1 |
|
payment dispute |
1 |
|
pedagogical design |
1 |
|
pervasive technologies |
1 |
|
pest analysis |
1 |
|
platform |
1 |
|
power imbalance |
1 |
|
pre-qualification |
1 |
|
prefabrication construction |
1 |
|
principal component analysis |
1 |
|
productivity |
1 |
|
professional services |
1 |
|
project networks |
1 |
|
project organization |
1 |
|
project performance |
1 |
|
project planning and design |
1 |
|
project-based organization |
1 |
|
project-based organizations (pbos) |
1 |
|
projects |
1 |
|
public policy |
1 |
|
public private partnership |
1 |
|
quality assurance |
1 |
|
quantitative and qualitative data triangulation |
1 |
|
quantity surveying |
1 |
|
questionnaire survey |
1 |
|
ranking by mean |
1 |
|
recycling planning |
1 |
|
recycling potential |
1 |
|
recycling process |
1 |
|
regression |
1 |
|
regulation |
1 |
|
regulations |
1 |
|
relational contract |
1 |
|
renovation |
1 |
|
renovation waste |
1 |
|
research direction |
1 |
|
resource analysis |
1 |
|
review |
1 |
|
rfid |
1 |
|
safety |
1 |
|
science mapping |
1 |
|
scientometric analysis |
1 |
|
sco |
1 |
|
self-report data |
1 |
|
shanghai |
1 |
|
shenzhen |
1 |
|
simulation |
1 |
|
smart construction objects (scos) |
1 |
|
smart construction systems |
1 |
|
smart payment |
1 |
|
social network analysis (sna) |
1 |
|
social networks analysis |
1 |
|
source factors |
1 |
|
space |
1 |
|
spatial-temporal features |
1 |
|
specification |
1 |
|
statistical regression |
1 |
|
strategic management |
1 |
|
strength and weakness analysis |
1 |
|
supervision |
1 |
|
surveys (non-geomatic) |
1 |
|
sustainable construction |
1 |
|
synchronicity |
1 |
|
technology-acceptance model |
1 |
|
tendering |
1 |
|
the united kingdom |
1 |
|
theory |
1 |
|
trends |
1 |
|
trust |
1 |
|
university–industry collaboration |
1 |
|
urban metabolism |
1 |
|
urban renewal |
1 |
|
user behavior |
1 |
|
vibration |
1 |
|
virtual design and construction |
1 |
|
virtual prototyping |
1 |
|
waste auditing |
1 |
|
waste chain |
1 |
|
waste generation |
1 |
|
waste generation rate (wgr) |
1 |
|
waste management plan |
1 |
|
waste management system |
1 |
|
waste reduction |
1 |
|
waste transportation |
1 |
|
weather image |
1 |
|
zero waste site |
1 |
