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FATIGUE ANALYSIS OF A THIN COVER PLATE STRUCTURE IN A LIGHT CRAFT

机译:轻薄工艺中薄覆盖板结构的疲劳分析

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Experimental fatigue analysis of a fillet-welded cover plate detail ('floating frame') of small and light craft was carried out at Kiel University of Applied Sciences. The structural detail is an intersection of longitudinal deck stiffener and transverse web frame with a plate thickness of 3.5mm and a doubling length of 100mm. Manual gas metal arc welding was used for the production of the 46mm long transverse fillet welds. The load-controlled constant amplitude fatigue tests at stress ratio R = 0 were supported by 3D finite-element analysis based on laser scans of the weld seams. Structural hot-spot stress, stress linearisation and Xiao and Yamada 's 1mm geometrical stress approaches were applied to the specimens as well as the notch stress concept with reference radii r_(ref) = 0.05mm and 1.00mm.
机译:在基尔应用科技大学进行了小型和轻型飞机的角焊缝盖板细节(“浮动框架”)的实验疲劳分析。结构细节是纵向甲板加劲肋与横向腹板框架的相交部分,其板厚为3.5mm,加倍长度为100mm。手工气体保护金属电弧焊用于生产46mm长的横向角焊缝。基于焊缝激光扫描的3D有限元分析支持了应力比R = 0时的负载控制的恒定振幅疲劳测试。将结构热点应力,应力线性化以及Xiao和Yamada的1mm几何应力方法以及标称半径r_(ref)= 0.05mm和1.00mm的缺口应力概念应用于样品。

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