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Finite element analysis on mechanical properties of new section of aluminium alloy members under bending moment

机译:弯矩下铝合金成员新段力学性能的有限元分析

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Aluminium alloy structures are widely used in civil engineering. In this paper, nonlinear analyses were carried out on the aluminium alloy members under bending moments by finite element analysis. The parametric study shows that the ductility of the new section is better than that of the I-section. The stable performances of the aluminium alloy members of the new section are better than that of the I-section. The failure modes of the aluminium alloy members under bending moment are strength failure. With the type of the new section taken in this paper, the inelastic amplification factor of the members of 6061-T6 is 1.6 and that of 6061-T4 is 2.0.
机译:铝合金结构广泛用于土木工程。 本文通过有限元分析,在弯矩下在铝合金构件下进行非线性分析。 参数研究表明,新部分的延展性优于I-Section的延展性。 新部分的铝合金构件的稳定性能优于I型部分。 弯曲力矩下的铝合金构件的失效模式是强度失效。 本文采用的新部分的类型,6061-T6的非弹性放大系数为1.6,6061-T4为2.0。

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