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Influence of Column Axial Load and Heat Affected Zone on the Strength of Aluminium Column Web in Tension

机译:柱轴向载荷和热影响区对铝柱腹板抗拉强度的影响

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摘要

The component method for aluminium joints has been recently introduced in some codes and guidelines. Nevertheless, it is still in need of some development and improvement, as in some cases it was obtained by adapting the existing formulations that are valid for steel. The current paper presents the main outcomes of a parametric analysis carried out by means of finite element (FE) numerical models for determining the influence of both column axial load and heat affected zone—in the case of welded details—on the structural response of the column web in a tension component. The proposed study integrates previous research carried out by the authors, where the influence of the assumed alloy was investigated and interpreted by corrective parameters expressed as a function of both the material strain hardening and ductility.
机译:最近在一些规范和准则中引入了铝制接头的组成方法。尽管如此,仍需要进行一些开发和改进,因为在某些情况下是通过调整适用于钢的现有配方获得的。本文介绍了通过有限元(FE)数值模型进行的参数分析的主要结果,这些模型用于确定立柱轴向载荷和热影响区(在焊接部件的情况下)对结构响应的影响。张力分量中的柱腹板。拟议的研究综合了作者先前所做的研究,在该研究中,对假定合金的影响进行了调查,并通过表示为材料应变硬化和延展性的函数的校正参数进行了解释。

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