INIS
damping
100%
high-rise buildings
100%
energy
100%
wind
100%
energy dissipation
46%
soils
25%
foundations
18%
values
15%
beams
15%
interactions
12%
humans
12%
design
9%
acceleration
9%
netherlands
9%
data
9%
stiffness
9%
prediction
6%
levels
6%
energy balance
6%
deformation
6%
steels
6%
motion
6%
accelerometers
6%
tools
6%
dynamics
3%
wind loads
3%
occupants
3%
demand
3%
connections
3%
bending
3%
springs
3%
amplitudes
3%
aerodynamics
3%
comparative evaluations
3%
people
3%
height
3%
strain gages
3%
cones
3%
assessments
3%
performance
3%
experimental data
3%
Material Science
Stiffness
100%
Flux Method
100%
Spring Steel
66%
Accelerometer
66%
Bending
33%
Keyphrases
Soil-foundation Interaction
18%
Damping Identification
18%
Building Vibration
12%
Equivalent Viscous Damping
12%
Critical Damping
6%
Modal Description
6%
Going out
6%
Movement Perception
6%
Change Characteristics
6%
Steel Frame Building
6%
Soil Energy
6%
Aerodynamic Damping
6%
Vibration Field
6%
Soil-building Interaction
6%
Internal Damping
6%
Acceleration Level
6%
Dissipation Source
6%
Equivalent Damping
6%
Damping Source
6%
Identification Tool
6%
Structural Serviceability
6%