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首页> 外文期刊>Journal of offshore mechanics and arctic engineering >Ultimate Strength Characteristics of a Ship's Deck Stiffened Plate Structure in the Presence of Camber Parabolic Curvature
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Ultimate Strength Characteristics of a Ship's Deck Stiffened Plate Structure in the Presence of Camber Parabolic Curvature

机译:存在弧形抛物线曲率的船甲板加筋板结构极限强度特性

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摘要

The main target of this research is to identify the effects of camber parabolic curvature on the ultimate strength and behavior of stiffened plates under in-plane compression. A parametric model for the study of the problem is created. The model includes different parameters related to plate, stiffeners, and also parabolic camber curvature. Three distinct sensitivity cases are assumed. In each sensitivity case, many different models are analyzed and their ultimate strengths are obtained using an in-house finite element program. Ultimate strength and behavior of the models with different ratios of parabolic curvature are compared to each other and interpreted.
机译:这项研究的主要目标是确定在平面压缩下外弯抛物线曲率对加劲板的极限强度和行为的影响。创建用于研究问题的参数模型。该模型包括与板,加劲肋以及抛物线外倾曲率有关的不同参数。假设三种不同的敏感性情况。在每种敏感性情况下,都可以使用内部有限元程序分析许多不同的模型,并获得其极限强度。将具有不同抛物线曲率比的模型的极限强度和行为相互比较并进行解释。

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