In most composite beams, the concrete and steel connection is flexible to some extent. For this reason, a relative slip always appears at the interface. This slip is of primary importance because it affects both the deflections and the stresses in the beam. To simulate this phenomenon, a two-dimensional finite element based on frame elements model is proposed. The main advantage of this model is its easy interpretation of the results and its applicability on design practice. To validate the accuracy of the proposed model, this has been verified against those results obtained by analytical equations available in the literature for different loading cases.Peer Reviewe
A numerical plastic-layer procedure based on a simplified finite element method is proposed for the ...
The purpose of this study is to develop a nonlinear fiber-based finite element model of steel-concre...
The study of the carrying load capacity of steel-concrete composite beams requires some attention, d...
In most composite beams, the concrete and steel connection is flexible to some extent. For this reas...
In most composite beams, the concrete and steel connection is flexible to some extent. For this reas...
Most codes assume a rigid interaction between concrete and steel in composite beams. This assumption...
Most codes assume a rigid interaction between concrete and steel in composite beams. This assumption...
This paper proposes a composite frame element for the simulation of the inelastic response of struct...
The behaviour of reinforced concrete members is affected by the slipping of steel bars inserted in t...
The present paper presents a theoretical model for analyzing shear‐flexible steel‐concrete composite...
The present paper presents a theoretical model for analyzing shear‐flexible steel‐concrete composite...
The present paper presents a theoretical model for analyzing shear‐flexible steel‐concrete composite...
The present paper presents a theoretical model for analyzing shear‐flexible steel‐concrete composite...
The present paper presents a theoretical model for analyzing shear‐flexible steel‐concrete composite...
The present paper presents a theoretical model for analyzing shear‐flexible steel‐concrete composite...
A numerical plastic-layer procedure based on a simplified finite element method is proposed for the ...
The purpose of this study is to develop a nonlinear fiber-based finite element model of steel-concre...
The study of the carrying load capacity of steel-concrete composite beams requires some attention, d...
In most composite beams, the concrete and steel connection is flexible to some extent. For this reas...
In most composite beams, the concrete and steel connection is flexible to some extent. For this reas...
Most codes assume a rigid interaction between concrete and steel in composite beams. This assumption...
Most codes assume a rigid interaction between concrete and steel in composite beams. This assumption...
This paper proposes a composite frame element for the simulation of the inelastic response of struct...
The behaviour of reinforced concrete members is affected by the slipping of steel bars inserted in t...
The present paper presents a theoretical model for analyzing shear‐flexible steel‐concrete composite...
The present paper presents a theoretical model for analyzing shear‐flexible steel‐concrete composite...
The present paper presents a theoretical model for analyzing shear‐flexible steel‐concrete composite...
The present paper presents a theoretical model for analyzing shear‐flexible steel‐concrete composite...
The present paper presents a theoretical model for analyzing shear‐flexible steel‐concrete composite...
The present paper presents a theoretical model for analyzing shear‐flexible steel‐concrete composite...
A numerical plastic-layer procedure based on a simplified finite element method is proposed for the ...
The purpose of this study is to develop a nonlinear fiber-based finite element model of steel-concre...
The study of the carrying load capacity of steel-concrete composite beams requires some attention, d...