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首页> 外文期刊>Thin-Walled Structures >Calculation of the deep bending collapse response for complex thin-walled columns 1. Pre-collapse and collapse phases
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Calculation of the deep bending collapse response for complex thin-walled columns 1. Pre-collapse and collapse phases

机译:复杂薄壁柱的深弯曲破坏响应计算1.预破坏和塌陷阶段

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摘要

The increasing complexity of transport vehicles means that more powerful finite element models are needed to simulate their crash behaviour. As existing models' calculation times are long and cannot effectively optimize structures in terms of peak moment and energy man- agement, they should only be used as a final verifying tool. Distinct analytical models have been developed to determine the resistance to collapse of thin-walled structures subjected to a bending load. Part I of this paper concerns the theoretical prediction of bending strength in the pre-failure range for thin-walled structures of relatively complex geometry. Two types of buckling are considered elastic and plastic.
机译:运输车辆的日益复杂意味着需要更强大的有限元模型来模拟其碰撞行为。由于现有模型的计算时间很长,并且无法在峰值力矩和能量管理方面有效地优化结构,因此只能将它们用作最终验证工具。已经开发出不同的分析模型来确定承受弯曲载荷的薄壁结构的抗倒塌能力。本文的第一部分涉及几何形状相对复杂的薄壁结构在失效前范围内的抗弯强度的理论预测。两种类型的屈曲被认为是弹性的和塑性的。

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