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Tuned inerter dampers with linear hysteretic damping
Predaricka Deastra
, David Wagg
, Neil Sims
, Mahesa Akbar
School of Arch, Tech and Eng
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Keyphrases
Hysteretic Damping Model
100%
Linear Hysteretic Damping
100%
Inerter System
100%
Damping System
50%
Earthquake Response
50%
Relative Acceleration
50%
Non-stationary Random Signals
50%
Viscous Model
50%
Numerical Time Integration
50%
Damping Component
50%
Displacement Amplitude
50%
Time Integration Method
50%
Physics
Loss Factor
100%
Earthquake Engineering
100%
Random Signal
100%
Viscous Damping
100%
Seismic Response
100%
Engineering
Integration Method
100%
Damping Component
100%
Random Signal
100%
Displacement Amplitude
100%
Damped System
100%
Earth and Planetary Sciences
Random Signal
100%
Viscous Damping
100%