Steel-concrete composite beams, when requested by negative moment, can fail due to
Lateral Distortional Buckling (LDB), local buckling, by a combination of these stability modes …

Cold-formed steel (CFS) products are extremely versatile and can be used in multiple
applications. To further extend their applicability, this investigation assesses the structural …

Steel-concrete composite beams, when requested by negative moment, can fail due to
Lateral Distortional Buckling (LDB), local buckling, or by the combination of these stability …

The static and dynamic behavior of three-layered composite structures is investigated in the
present work through the presently proposed finite-element (FE) expressions. Relative to …

A two-node beam element formulation with eight degrees of freedom was developed and
implemented into MATLAB to simulate the nonlinear behavior of the composite. The beam …

This paper presents an efficient computer method for nonlinear inelastic analysis of
composite steel-concrete beams with partial composite action. The proposed formulation is …

The CLT-concrete composite (CCC) solution is appealing since it possesses many
advantages of a timber-concrete composite flooring system with a small thickness. However …

The identification of damage in the connection of steel–concrete composite beams is
pursued by means of Convolutional Neural Networks. The data used for training the …

This paper designed a new type of hybrid bonding (HB) shear connections consisting of
both epoxy mortar layer and shear studs, to avoid the shortcomings such as stress …

In recent years, the use of cold-formed steel sections in low-rise industrial and commercial
building construction has increased significantly. Recent work has shown that composite …