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Improvement of the interaction formulae for beam columns in Eurocode 3

机译:改进Eurocode 3中梁柱的相互作用公式

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This paper presents a new proposal for beam-column interaction formulae initially based on second-order in-plane elastic theory, as an alternative to those proposed in the Eurocode 3 pre-standard. It has been derived according to the following requirements: theoretical background, clear physical meaning, consistency with the other related formulae of Eurocode 3 and accuracy. Besides that, the suggested formulae cover all required continuities: between the cross-section classes, from plasticity to elasticity as slenderness and axial force increase, and continuity between all the individual stability member checks and cross-section verifications. Further to the presentation of the formulae and their background, the good agreement of the proposal is shown through an extensive comparison with more than 15,000 results of finite element numerical simulations.
机译:本文提出了一种最初基于二阶面内弹性理论的梁柱相互作用公式的新提议,作为对Eurocode 3预标准中提出的那些提议的替代方案。它是根据以下要求得出的:理论背景,明确的物理含义,与Eurocode 3其他相关公式的一致性以及准确性。除此之外,建议的公式还涵盖了所有必需的连续性:在横截面类别之间,随着细长度和轴向力的增加,从塑性到弹性,以及所有单独的稳定性构件检查和横截面验证之间的连续性。除了给出公式及其背景之外,还通过与15,000多个有限元数值模拟结果进行了广泛的比较,显示出该提案的良好一致性。

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