In this paper an improved one-dimensional frame element for modelling of reinforced concrete beams and columns subjected to impact is presented. The model is developed in the framework of a flexibility fibre element ...

This paper presents development and application of a simple and efficient frame finite element (FE) able to estimate the load-carrying capacity of timber beams flexurally strengthened with externally bonded fibre reinforced ...

In this paper the finite element flexibility-based formulation for a reinforced concrete frame element is discussed. The formulation takes account of material non-linearity on the basis of the onedimensional stress-strain ...

In this paper the fonnulation of an efficient frame element applicable for nonlinear analysis of 3D reinforced concrete (RC) frames is outlined. Interaction between axial force and bending moment is considered by using ...

In this paper an element for nonlinear analysis of reinforced concrete framed structures subjected to torsion is developed using a force-based formulation. The interaction between the axial force and bending moment is taken ...

This paper presents the formulation for a novel flexibility-based one-dimensional 1D finite element that captures material and structural softening within a reinforced concrete framed structure. Separating the total ...

A novel flexibility-based ID element that captnres the material nonlinearity and second order P-11. effects within a reinforced concrete frame member is developed. The formulation is developed for 2D planar frames in the ...

This paper presents the formulation for a novel flexibility-based 1D frame element that captures material and geometrical nonlinearities. Decomposing the total strain to elastic and inelastic components a secant solution ...