Ingenjörs- och materialvetenskap
Timber
100%
Moisture
75%
Wood
71%
Concretes
56%
Concrete construction
51%
Cracks
41%
Trusses
37%
Reinforcement
34%
Service life
32%
Statistical Models
30%
Temperature
27%
Reinforced concrete
24%
Wood products
24%
Structural design
23%
Derailments
20%
Atmospheric humidity
19%
Roofs
18%
Glues
18%
Roadsides
17%
Creep
16%
Tendons
16%
Safety factor
16%
Nonlinear analysis
16%
Rain
16%
Rebar
15%
Thermal gradients
14%
Climate change
14%
Thermal stress
14%
Probability density function
14%
Concrete bridges
13%
Wavelet transforms
13%
Calibration
12%
Tensile strength
11%
Boundary conditions
11%
Weigh-in-motion (WIM)
10%
Residual stresses
10%
Rails
10%
Prisms
9%
Wetting
9%
Bearing capacity
9%
Drying
9%
Bond length
8%
Steel
7%
Tensile stress
7%
Fungi
7%
Statistics
7%
Temperature distribution
6%
Wavelet analysis
5%
Decay (organic)
5%
Arches
5%
Mark- och miljövetenskap
timber
60%
moisture
35%
climate conditions
32%
effect
24%
safety
22%
roof
17%
creep
17%
climate
15%
exposure
15%
railway
15%
buckling
14%
material
14%
tensile strength
14%
stiffness
14%
steel
14%
test
13%
moisture content
12%
pine
12%
modeling
11%
wood quality
11%
humidity
11%
code
11%
calibration
11%
road
10%
carrying capacity
10%
cable
10%
evaluation
9%
services
8%
quality assurance
8%
method
7%
testing of materials
7%
pier
7%
temperature
7%
control system
7%
documentation
7%
structural response
6%
climate effect
6%
relative humidity
6%
engineering
6%
calculation
5%
parameter
5%
torsion
5%
project
5%
properties of materials
5%
communication
5%
structural analysis
5%
fatigue
5%
assessment method
5%
Kemiska föreningar
Creep
35%
Humidity
33%
Tension
28%
Prismatic Crystal
28%
Strength
28%
Slab Like Crystal
24%
Fracture Mechanics
22%
Time
21%
Force
19%
Safety
16%
Dimension
16%
Indicator
16%
Simulation
14%
Surface
14%
Length
13%
Strain
13%
Tensile Strength
12%
Resistance
11%
Monte Carlo Method
10%
Corrosion
10%
Biologic Agent
10%
Solar Radiation
9%
Heterogeneity
6%
Application
6%
Heat
5%
