Keyphrases
Wind-driven Rain
100%
Climate Change Impacts
89%
Finland
81%
Concrete Facade
47%
Concrete Structures
47%
Freeze-thaw Damage
41%
Balcony
37%
Exposed Concrete
32%
Freeze-thaw Cycles
32%
Building Stock
32%
Corrosion Rate
29%
Coastal Area
29%
Climate Change
27%
Freeze-thaw Durability
27%
Freeze-thaw
24%
Reinforcement Corrosion
24%
Future Climate
22%
Faade
21%
Deterioration Rate
20%
Rain Load
18%
Deterioration Mechanism
18%
Public Buildings
17%
Concrete Deterioration
17%
Southern Finland
15%
Winter Season
14%
Indoor Temperature
14%
Reinforced Concrete
14%
Durability of Concrete Structure
14%
Outdoor Environment
14%
Technical Performance
14%
Glazing
14%
Ultrasonic Pulse Velocity
14%
Projected Climate
14%
Climate Conditions
14%
Mould Damage
14%
Moisture Damage
14%
Delayed Ettringite Formation
14%
Brick
14%
Service Life
14%
Temperature Field Measurement
14%
Carbon Corrosion
13%
Solar Radiation
13%
Existing Building Stock
11%
Climatic Factors
11%
Chloride
10%
Harmful Substances
10%
Common Denominator
10%
Freeze-thaw Weathering
10%
Structure Durability
10%
Phase Change
10%
Engineering
Facades
72%
Climate Change
70%
Climatic Change
70%
Concrete Structure
51%
Climate Change Effect
44%
Coastal Area
44%
Corrosion Rate
42%
Solar Radiation
34%
Building Stock
34%
Deterioration Mechanism
30%
Freeze Thaw Durability
29%
Concrete Element
28%
Service Life
24%
Carbonation
24%
Thaw Cycle
21%
Relative Humidity
20%
Public Building
17%
Degradation Rate
17%
Induced Corrosion
16%
Field Measurement
16%
Carbonated Concrete
16%
Pulse Velocity
14%
Mould Growth
14%
Moisture Performance
14%
Southern Part
14%
Delayed Ettringite Formation
14%
Concrete Surface
14%
Degradation Mechanism
14%
Ultrasonics
14%
Technical Performance
14%
Reinforced Concrete
14%
Precast Concrete
14%
Temperature Distribution
14%
Porosity
14%
Reinforcement Corrosion
13%
Existing Building Stock
11%
Main Reason
10%
Outdoor Air Temperature
9%
Quality Issue
7%
External Wall
7%
Reanalysis
7%
Damage Rate
7%
Base Floor
7%
Compression Strength
6%
Compressive Strength
6%