This paper presents the current state of the art of nonlinear analysis of steel-concrete
composite structures. The focus is on frame elements, which are computationally faster than …

Composite steel–concrete structures represent an efficient and economical form of
construction for building and bridge applications. This paper presents the current state of the …

This paper presents an inelastic beam element for the analysis of steel-concrete girders with
partial composite action under monotonic and cyclic loads. The element is derived from a …

Composite floor systems, consisting of reinforced concrete slabs and steel girders, are
common in buildings and bridges. Partial restraints at the interface of the concrete slab and …

A fiber-based distributed plasticity finite element formulation is presented to perform three-
dimensional monotonic analysis of square or rectangular concrete-filled steel tube (CFT) …

A displacement-based finite element model for the analysis of steel and concrete composite
beams with flexible shear connection is presented in this paper. No approximations are …

This first part of two companion papers deals with the numerical modeling of timber–
concrete composite beams (TCCs) under long-term loading. All phenomena affecting the …

This paper concerns the development of a numerical procedure for studying steel–concrete
composite beams with regard to both the collapse analysis and long-term behavior at the …

This paper presents two general formulations of one-dimensional structural members with
deformable interfaces. The interface accounts for the bond-slip between the element …

The long-term behaviour of steel-timber composite (STC) connections under sustained
loading is studied both experimentally and theoretically. The laboratory work involved …