This paper carries out experimental and numerical investigations on the axial performance
of circular Reinforced Concrete (RC) precast slender columns with an intermediate …

A nonlinear dynamic finite element analysis of reinforced concrete (RC) frames subject to
both dynamic and cyclic loadings is performed using the layered section method. In contrast …

This study focused on improving the design of slender structures with reinforced concrete
(RC) telecommunication towers as the main application. Analytical procedure based on …

In the paper, a numerical procedure for investigation of slender reinforced concrete columns
and steel-concrete composite columns at normal and high temperatures is presented. The …

A numerical method to estimate the dynamic response of reinforced concrete (RC) columns
subjected to axial and blast loads is introduced in this paper. Upon adopting Timoshenko's …

This article proposes a design approach to calculate the capacity of slender high-strength
concrete (HSC) columns confined with a cost-effective Steel Strapping Tensioning …

Nonlinear analyses are conducted to evaluate the ultimate resisting capacity of slender
reinforced concrete (RC) columns subjected to an axial load with biaxial bending moments …

An improved numerical model that can simulate the nonlinear behavior of RC beams
subjected to blast loadings is introduced in this paper. The model is based on the moment …

In the first part of this paper, elastostatic stability of cracked conservative flanged concrete
beam-columns has been analyzed. Using the derived expression for the lateral stiffness …

Structural safety has always been a key preoccupation for engineers responsible for the
design of civil engineering projects. One of the mechanisms of structural failure, which has …