Exact(8)
Case studies show that lateral torsional buckling is a very crucial element to be considered in refined plastic hinge analysis.
These cases require a plastic zone or plastic hinge analysis based on the concept of limit-load stability instead.
Case studies show that local buckling is a very crucial element to be considered in refined plastic hinge analysis.
The basic theory of a two-surface plastic hinge analysis program is presented, focusing on the inelastic stiffness formulation of a three-dimensional beam column element.
Particular attentions are devoted to inelastic modelling of framework components for accurate representation of frame behaviour and the applications of plastic hinge analysis for large-scale framework.
The basis to modeling of plasticity and creep effects using Eurocode 3 stress-strain curves in plastic hinge analysis is also explained.
Similar(52)
In this paper, 3-D second-order plastic-hinge analysis accounting for local buckling is developed.
In this paper, a refined plastic-hinge analysis is improved to account for the effect of local buckling.
In this paper, 3-D second-order plastic-hinge analysis accounting for lateral torsional buckling is developed.
In this paper, a refined plastic-hinge analysis is improved to account for the effect of lateral torsional buckling.
A case study shows that lateral torsional buckling is a very crucial element to be considered in second-order plastic-hinge analysis.
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