Analysis reveals the impact of various cross sections and deformation conditions on beam behavior.
In the case of elastic - plastic deformations the real process is considered for the beam of rectangular cross section, that is, a nonlinear dependence between stress and deformation at pure bend. When πΈ = 0, proportions π πΌπ = πΉ π π = π π¦π were obtained, which express a real picture of bending. The calculated equation of deflection is derived, and a concrete example with its use has been resolved. On the example of a triangular cross section, the effect of the form of the cross section on the given calculations is shown. The task is considered when the beam at the same time has a cross section of a complex shape and be in conditions of complex deformation. At the oblique bending, an expression of the full plastic moment is given and its direction is established by the centroid focuses.
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Batsikadze et al. (2025) studied this question.
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