This paper proposes a reliable and computationally efficient beam-column finite-element
model for the analysis of composite (steel-reinforced concrete) members of fully encased …

Composite sections are found to be a novel technique in modern day scenario of
construction. This stands tall than the ordinary and conventional type of constructions …

The paper presents a numerical model developed for fully encased steel-concrete
composite columns under monotonic and cyclic loading. The numerical model was realized …

The axial compressive behavior of composite columns with recycled aggregate concrete
(RAC)-filled steel tube and profile steel was examined through numerical investigations. The …

In an experimental and analytical study on the structural behavior of slender circular
steelconcrete composite columns, eleven specimens were tested to investigate the effects of …

The axial compressive capacity of concrete encased steel columns due to different load
conditions (axial compression through the core and whole cross-section) were numerically …

A major defect in determining the structural response for concrete encased composite
columns using finite element is due to the uncertainties and assumption associated with the …

This paper presents a detailed parametric study, conducted using finite element tools to
cover a range of several geometric and material parameters, on the behaviour of thin-walled …

This paper presents the results of experimental and numerical model analyses on partially
encased composite columns under concentric loads. The main objective of this study is to …