This study focuses on developing a physical-mathematical model for non-prismatic beam-like elements with fully deformable cross-sections, undergoing large displacements and small strains. The primary objective is to analytically assess how geometric characteristics, such as cross-sectional taper and pre-twist, influence the mechanical behavior of these structural elements, as well as the resulting stress and strain fields.
Non-prismatic beamlike structures undergoing large displacements and 3D cross-sectional warping / Migliaccio Giovanni. - (2021).
Non-prismatic beamlike structures undergoing large displacements and 3D cross-sectional warping
Migliaccio Giovanni
2021
Abstract
This study focuses on developing a physical-mathematical model for non-prismatic beam-like elements with fully deformable cross-sections, undergoing large displacements and small strains. The primary objective is to analytically assess how geometric characteristics, such as cross-sectional taper and pre-twist, influence the mechanical behavior of these structural elements, as well as the resulting stress and strain fields.
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