Keyphrases
Hygrothermal Effect
100%
European Climate
100%
Hygrothermal Analysis
100%
Bridge Members
100%
Protective Paints
100%
Wooden Bridges
100%
Moisture Content
66%
Numerical Model
66%
Thermal Behavior
66%
Humidity
33%
Moisture
33%
Sweden
33%
Performance Improvement
33%
Monitoring Method
33%
Temperature-humidity Index
33%
Wood
33%
Wood Structures
33%
Wireless Sensor
33%
Glued Laminated Beams
33%
Finite Element Analysis
33%
Timber Bridge
33%
Rain
33%
Fickian
33%
Moisture Gradient
33%
Moisture Level
33%
Sensor-based Monitoring
33%
Fiber Saturation Point
33%
Celsius
33%
Climate Variables
33%
Zero Degree
33%
Beam Cross Section
33%
Wood Sorption
33%
Seasonal Periods
33%
Thermal Model
33%
INIS
moisture
100%
climates
100%
bridges
100%
thermal analysis
100%
paints
100%
beams
60%
wood
40%
performance
40%
sensors
40%
tools
20%
comparative evaluations
20%
levels
20%
fibers
20%
monitoring
20%
saturation
20%
finite element method
20%
depth
20%
humidity
20%
sorption
20%
sweden
20%
cross sections
20%
sun
20%
cladding
20%
rain
20%
Engineering
Numerical Model
100%
Thermal Behavior
100%
Climate Variable
50%
Laminated Beam
50%
Timber Bridge
50%
Thermal Model
50%
Degree Celsius
50%
Moisture Gradient
50%
Fibre Saturation Point
50%
Beam Cross Section
50%
Relative Humidity
50%
Wireless Sensor
50%
Finite Element Analysis
50%