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 loads. …

… a post-buckling stability analysis. Such a model yields analytical solutions for the evaluation
of the behaviour of steel joints under compressive forces, combined axial force and bending …

… In this study, an analytical model for predicting nonlinear behavior of exterior … varying axial
load was developed. The main focus was given on the assessment of the effect of axial load …

… compromise axial load evaluation. The present research focuses on a sensitivity analysis
of the eigenfrequency computing model on which many dynamic tie-rod axial load estimation …

… loading was validated using the axial-compression test data. The beam-column model
presented in this paper can be used to evaluate … service load, and thus it can be used to evaluate …

… The described method for evaluating the durability is used for comparative analysis of
some new designs of lenticular distribution units of axial piston hydraulic machines. …

… For a cost-effective design and a reliable analysis of FRP-RC columns, a … axial load-strain
model is required. Note that the full-range axial load-strain curve refers to a complete axial load…

… analysis model is developed for reinforced concrete (RC) members subjected to combined
loads… Therefore, the purpose of this study is to develop an analytical model for the torsional …

… develop an analytical model to predict the behavior of the proposed FRP encased steel–concrete
composite column, with various slenderness ratios, under axial load. Analytical model …

… increase in compressive axial load within the analytical balanced level leads … axial load,
either constant or variable, requires more confinement to achieve enough ductility. Both analysis …