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Seismic performance assessment of steel frames with elastomeric dampers
A. Mahvashmohammadi
, J. Ricles
, R. Sause
, B. Michael
,
S. Sweeney
, E. Ferro
School of Engineering (Behrend)
Research output
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Contribution to conference
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Paper
›
peer-review
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Keyphrases
Seismic Assessment
100%
Elastomer Damper
100%
Steel Frame
100%
Seismic Performance
60%
Damper
40%
Steel Moment-resisting Frame
40%
Friction
20%
Elastomeric Materials
20%
Excitation Frequency
20%
Performance Level
20%
Inelastic Deformation
20%
Damping System
20%
Design Base Shear
20%
Rate Dependence
20%
Building Performance
20%
Nonstructural Components
20%
Passive Damping
20%
Amplitude Frequency
20%
Story Drift
20%
High Damping
20%
Characterization Tests
20%
Steel Tube
20%
Moment Resisting Frame Buildings
20%
Lateral Load Resisting System
20%
Acceleration Demands
20%
Damper System
20%
Steel Weight
20%
Deformation Demand
20%
Hysteretic Model
20%
Moment Resisting Frames
20%
Hazard Level
20%
Engineering
Seismic Performance
100%
Steel Frame
100%
Seismic Performance Assessment
100%
Excitation Frequency
33%
Lateral Loads
33%
Design Basis
33%
Base Shear
33%
Seismic Response
33%
Steel Tube
33%
Damper System
33%
Steel Weight
33%