In the literature, various studies have been carried out for different nonlinear modeling
strategies to model the response of such composite column members subjected to dynamic …

The present study aims to determine the structural response of full scaled rectangular
columns under both of vertical and lateral loads using numerical methods. In the study, the …

Concrete and steel have different advantages, concrete has high compression strength and
low cost while steel has high tensile strength, rigidity and ductility. Composite members have …

This paper investigates the nonlinear analysis of concrete-filled steel composite columns
subjected to axial loading to predict the ultimate load capacity and behaviour of the columns …

This paper addresses the behavior of concrete-filled steel tubes and concrete-encased
steel. The composite structure under study was simulated with a tridimensional numerical …

Nowadays the concrete-steel composite column with the form of full or partial encasement of
the steel section has more attraction to the pervasive attention of the people than the …

This paper developed a nonlinear finite element modelling (FEM) to simulate concrete-filled
steelube reinforced concrete column with square section under cyclic loading. In the FEM …

This paper investigates the cyclic behaviour of steel-concrete encased composite columns.
By investigating the cover concrete and the steel-concrete coefficient of friction on the …

In this study, experimental tests of the behaviour of steel and partially encased composite
(PEC) columns subjected to compressive loading is performed. Evaluation of this type of …

Reinforced concrete columns are the main load bearing elements of any structure. It support
the beams and slabs and transfer the loads to the foundations. Hence they have to be …