INIS
information
100%
modeling
95%
kazakhstan
87%
construction
85%
performance
57%
fly ash
50%
construction industry
46%
sustainability
42%
phase change materials
37%
comparative evaluations
36%
assessments
32%
implementation
32%
fibers
30%
hong kong
29%
compacting
28%
simulation
28%
energy
28%
applications
27%
climates
26%
silica
26%
fumes
26%
industry
25%
zones
25%
decision making
24%
surveys
23%
permeability
22%
levels
22%
polymers
21%
resources
21%
microstructure
20%
reviews
20%
curing
20%
tools
19%
durability
19%
cooling
19%
polystyrene
18%
evaluation
18%
waste management
18%
demolition
18%
water
18%
losses
18%
design
18%
environment
18%
compression strength
18%
flexural strength
17%
efficiency
16%
weight
15%
pulverized fuel ash
13%
steels
13%
chlorides
13%
Engineering
Building Information Modeling
80%
Elevated Temperature
47%
Phase Change Material
37%
Lightweight Concrete
35%
Silica Fume
30%
Metakaolin
30%
Aggregate Concrete
25%
Fibre Reinforced Polymer
25%
Microstructure
22%
Compressive Strength
22%
Sorptivity
21%
Strength Concrete
20%
Sustainability Assessment
18%
Carbonation
18%
Compacting Concrete
18%
Climate Zone
17%
Concrete Mix
17%
High-Performance Concrete
16%
Mechanical Performance
15%
Pulverized Fuel Ash
15%
Polymer Material
15%
Multi-Criteria Decision-Making
14%
Test Result
14%
Sustainable Construction
14%
Lightweight Aggregate Concrete
12%
Technological Advancement
11%
Building Envelope
10%
Energy Performance
10%
Concrete Structure
10%
Ordinary Portland Cement
10%
Limitations
10%
Engineering
9%
Green Building
9%
Improving Efficiency
9%
Fossil Fuel
9%
Drying Shrinkage
9%
Prestressed Concrete Structure
9%
Commercial Building
9%
Project Type
9%
Plastic Strain
9%
Remedial Measure
9%
Performance Analysis
9%
Splitting Tensile Strength
9%
Steel Fiber
9%
Energy Simulation
9%
Air Content
9%
Size Effect
9%
Process Stage
9%
Main Issue
9%
Trombe Wall
9%
Keyphrases
Kazakhstan
49%
Fly Ash
43%
Phase Change Material
37%
Construction Industry
30%
Silica Fume
30%
Building Information Modeling
30%
Elevated Temperature
28%
Metakaolin
28%
Analytic Hierarchy Process
28%
Material Ranking
28%
Lightweight Concrete
20%
Self-compacting Concrete
18%
Carbonation
18%
Demolition Waste Management
18%
Construction Waste Management
18%
Construction Site
18%
Sorptivity
18%
High Performance Concrete
16%
Questionnaire Survey
15%
Demolition Waste
15%
Pulverized Fuel Ash
15%
Construction Waste
15%
Concrete Mix
13%
Construction Projects
13%
Chloride Permeability
12%
Building Information Modeling System
12%
Concrete Permeability
11%
Multi-criteria Decision-making Tools
11%
Waste Minimization
11%
Green Building
11%
Normal Strength Concrete
11%
Compressive Strength
11%
Climate Zones
10%
Hong Kong
10%
Ordinary Portland Cement
9%
Building Sustainability Assessment
9%
Microstructure
9%
Lightweight Aggregate Concrete
9%
Construction 4.0
9%
Green Building Development
9%
Fiber-reinforced Polymer Sheet
9%
Decision Framework
9%
Delay Effects
9%
Delay Analysis
9%
Lean Manufacturing
9%
Split Cylinder
9%
Structural Lightweight Concrete
9%
High Temperature Curing
9%
Pozzolanic
9%
Green Roof
9%
