Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Material Nonlinearity Effects on Dynamic Second-Order Effects of Slender RC Columns under Seismic Load
This study investigates the influence of material nonlinear in slender reinforced concrete (RC) columns dynamic second-order effects under seismic load. The stiffness reduction coefficient is adopted in this paper. To identify the significance of various effects in terms of the dynamic second-order effects of the slender RC columns, nonlinear dynamic analyses are conducted for different periods and stability coefficients of simulated models with rare occurrence earthquake. On the basis of the obtained numerical results, the influence of material nonlinear for dynamic second-order effects are reviewed.
Material Nonlinearity Effects on Dynamic Second-Order Effects of Slender RC Columns under Seismic Load
This study investigates the influence of material nonlinear in slender reinforced concrete (RC) columns dynamic second-order effects under seismic load. The stiffness reduction coefficient is adopted in this paper. To identify the significance of various effects in terms of the dynamic second-order effects of the slender RC columns, nonlinear dynamic analyses are conducted for different periods and stability coefficients of simulated models with rare occurrence earthquake. On the basis of the obtained numerical results, the influence of material nonlinear for dynamic second-order effects are reviewed.
Material Nonlinearity Effects on Dynamic Second-Order Effects of Slender RC Columns under Seismic Load
Applied Mechanics and Materials ; 353-356 ; 2145-2148
08.08.2013
4 pages
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
British Library Conference Proceedings | 2013
|Second-Order Effects on Seismic Response of Slender Bridge Columns
Online Contents | 2016
|Second-Order Effects on Seismic Response of Slender Bridge Columns
Online Contents | 2016
|effect of slender RC columns under seismic load
Online Contents | 2007
|A Numerical Study of the Second Order Effects in Slender Concrete Columns
British Library Conference Proceedings | 2005
|