Intensity measures properties and selection for risk analysis on structures subjected to earthquake induced pounding with a non-smooth contact dynamics method

Journal
COMPDYN Proceedings
ISSN
26233347
Date Issued
2021
Author(s)
Langlade T.
Bertrand D.
Grange S.
De la Llera J.C.
Type
Resource Types::text::conference output::conference proceedings::conference paper
Scopus ID
2-s2.0-85120799632
DOI
URL
Project(s)
Subjects
earthquake induced building-pounding

; 

efficiency-sufficiency properties

; 

intensity measures

; 

non-smooth contact dynamics

; 

computational methods

; 

degrees of freedom (mechanics)

; 

dynamics

; 

earthquake engineering

; 

earthquakes

; 

engineering geology

; 

numerical methods

; 

risk analysis

; 

risk assessment

; 

structural dynamics

; 

civil engineering structures

; 

dynamic method

; 

earthquake induced building-pounding

; 

efficiency-sufficiency property

; 

engineering demand parameters

; 

fragility function

; 

intensity measure

; 

non-smooth contact dynamics

; 

property

; 

single degree of freedoms

; 

efficiency