Resilience-based design (RBD) modelling of civil infrastructure to assess seismic hazards - Seismic Risk Analysis and Management of Civil Infrastructure Systems - page 278

Observations
on past
earthquakes

Performance
requirements

Laboratory
experiments

Extreme event scenario
(e.g. PSHA, a, pga, Tr)

Intensity measures (I)
(PGA, PGV, return period, Sa, Sv, Sd,…)

System model
(structure, community, etc.)

Response parameters ( R )
(interstory drift, absolute acceleration, force,…)

System response
(e.g. drift, acc, base shear)

Remedial mitigation actions

Remedial resilience actions

Advanced technologies
(e.g. base isolation,
viscous dampers)

Performance limit
state

Fragility analysis

Robustness

Rapidity

Recovery evaluation
model
(e.g. Tre, Rec. Function)

Loss evaluation model
L (Losses, casualties)

Resourcefulness

Performance measures
(PM)

Redundancy

Functionality Q

TOT

Resilience R (%)

No

Decision support
system

Ye s

11.5 MCEER centre methodology for RBD based on control (feedback loop) approach.