The object of this study is to develop an analytical model characterized by a mono-dimensional finite element able to reproduce the non-linear flexural-shear interaction of RC shear-critical structures. In the paper, the finite element formulation and the constitutive relationships that allow coupling between flexure and shear are illustrated together with a brief description of the algorithm which was implemented in an original computer program. The model was validated and calibrated by comparison with experimental results. Then, several numerical investigations were performed with the proposed model in order to study the effects of non-linear shear deformations for squat RC members.
A fibre beam column element for modelling the flexure-shear interaction in the non-linear analysis of RC structures / P. P. Diotallevi; L. Landi; F. Cardinetti. - ELETTRONICO. - (2008), pp. 1-8. (Intervento presentato al convegno 14th World Conference on Earthquake Engineering (14WCEE) tenutosi a Beijing, China nel October 12-17, 2008).
A fibre beam column element for modelling the flexure-shear interaction in the non-linear analysis of RC structures
DIOTALLEVI, PIER PAOLO;LANDI, LUCA;CARDINETTI, FILIPPO
2008
Abstract
The object of this study is to develop an analytical model characterized by a mono-dimensional finite element able to reproduce the non-linear flexural-shear interaction of RC shear-critical structures. In the paper, the finite element formulation and the constitutive relationships that allow coupling between flexure and shear are illustrated together with a brief description of the algorithm which was implemented in an original computer program. The model was validated and calibrated by comparison with experimental results. Then, several numerical investigations were performed with the proposed model in order to study the effects of non-linear shear deformations for squat RC members.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
