桁架芯夹芯板弱方向挠度预测

Wan Yamin, Shao Yong-bo, Liu Yu-kai
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引用次数: 0

摘要

v型芯夹芯板由两个面板和一个v型加强筋芯组成。这种夹层板在芯材放置的方向上具有较高的弯曲和剪切刚度特性。然而,在横向方向上,刚度,特别是剪切刚度相对较弱。本文对v芯夹层梁的弱方向剪切刚度进行了分析。由于结构的几何相容性,推导了v芯夹层梁弱方向挠度计算的理论表达式。所提出的方程考虑了v型核加劲板与凸缘之间的接触相互作用。对理论计算结果和数值计算结果进行了详细的比较。当几何参数在有效范围内时,两种结果吻合较好,并在误差分析的基础上提出了合适的几何范围。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Prediction on Deflection of Truss-Core Sandwich Panels in Weak Direction
A V-core sandwich panel consists of two facing plates and a core of V-shaped stiffener. Sandwich panels of this type have high bending and shear-stiffness characteristics in the direction of the core placement. In the transverse di- rection, however, stiffness, especially the shear stiffness, is relatively weak. In this paper, the shear stiffness in the weak direction for V-core sandwich beams is analyzed. Due to structural geometrical compatibility, a theoretical expression for calculating the deflection in its weaker direction of the V-core sandwich beam is derived. The presented equation takes into account the contact interaction between the facing plates and the flanges of the V-core stiffener. A detailed compari- son between the theoretical and numerical results is conducted. Good agreement is obtained between the two results when geometrical parameters are in a valid range, and suitable geometrical range is finally presented based on error analysis.
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