Influence of lateral load distribution in estimation of target displacement and capacity demand by pushover analysis

Potenzone, B.

Risultato della ricerca: Paper

Abstract

Two simplified adaptive load patterns for conservative estimation of seismic demand in 2D frames by pushover analysis are presented. The influence of load pattern in assessment of target displacement and distribution of demand along the height of the structure is investigated by comparing results of non linear history analysis, and non linear static analysis for eccentric braced frames. Numerical analyses show that the proposed load patterns provide safe estimation of the seismic response more accurately than load patterns proposed by seismic code.
Lingua originaleEnglish
Stato di pubblicazionePublished - 2010

Fingerprint

Seismic response
Static analysis

Cita questo

@conference{d8a8bd70809147e383d869b5332a1345,
title = "Influence of lateral load distribution in estimation of target displacement and capacity demand by pushover analysis",
abstract = "Two simplified adaptive load patterns for conservative estimation of seismic demand in 2D frames by pushover analysis are presented. The influence of load pattern in assessment of target displacement and distribution of demand along the height of the structure is investigated by comparing results of non linear history analysis, and non linear static analysis for eccentric braced frames. Numerical analyses show that the proposed load patterns provide safe estimation of the seismic response more accurately than load patterns proposed by seismic code.",
author = "{Potenzone, B.} and Piero Colajanni",
year = "2010",
language = "English",

}

TY - CONF

T1 - Influence of lateral load distribution in estimation of target displacement and capacity demand by pushover analysis

AU - Potenzone, B.

AU - Colajanni, Piero

PY - 2010

Y1 - 2010

N2 - Two simplified adaptive load patterns for conservative estimation of seismic demand in 2D frames by pushover analysis are presented. The influence of load pattern in assessment of target displacement and distribution of demand along the height of the structure is investigated by comparing results of non linear history analysis, and non linear static analysis for eccentric braced frames. Numerical analyses show that the proposed load patterns provide safe estimation of the seismic response more accurately than load patterns proposed by seismic code.

AB - Two simplified adaptive load patterns for conservative estimation of seismic demand in 2D frames by pushover analysis are presented. The influence of load pattern in assessment of target displacement and distribution of demand along the height of the structure is investigated by comparing results of non linear history analysis, and non linear static analysis for eccentric braced frames. Numerical analyses show that the proposed load patterns provide safe estimation of the seismic response more accurately than load patterns proposed by seismic code.

UR - http://hdl.handle.net/10447/113437

M3 - Paper

ER -