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首页> 外文期刊>Archives of Metallurgy and Materials >Skew bending of aircraft fuselage panels with 'L' and 'C' stringers mounted by hybrid joint
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Skew bending of aircraft fuselage panels with 'L' and 'C' stringers mounted by hybrid joint

机译:用“L”和“C”纵梁偏离飞机机身面板的弯曲,纵梁由混合接头安装

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摘要

A section of fuselage skin with dimension 30 x 200 mm was subjected to numerical study and loaded by skew bending (Fig. 3). The thickness of the skin was 0,6 mm, the length of a leg of an angle "L" profile stringer was 12 mm with 1mm thickness. The angle of inclination a of the load plane to the skin plane varies in the range from 10 degrees to 90 degrees with 10 degrees increment. The elastic - plastic material model of D16T aluminum alloy was used in simulations of the fuselage skin as well as for "L" and "C" profile stringers. In the material model description damage of aluminum alloy was taken into account. An adhesive layer with thickness of 0,1mm was modeled using cohesive elements with the failure mode depending on the shear strength and the tensile strength.
机译:对尺寸30×200mm的机身皮肤部分进行数值研究,并通过歪斜弯曲装载(图3)。 皮肤的厚度为0.6mm,角度“L”型材纵梁的长度为12mm,厚度为1mm。 负载平面与皮肤平面的倾斜角A在10度到90度的范围内,10度增加。 D16T铝合金的弹性材料模型用于模拟机身皮肤,以及“L”和“C”轮廓桁条。 在材料模型中,考虑了铝合金的损伤。 根据剪切强度和拉伸强度,使用具有故障模式的粘性元件建模厚度为0,1mm的粘合剂层。

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