Effect of stiffeners on nature of post-critical deformations of thin-walled composite aircraft structures: A combined numerical-experimental study

J. Bakunowicz, T. Kopecki, T. Lis, P. Mazurek
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引用次数: 3

Abstract

This paper presents results of numerical and experimental examination of thin-walled structures which model certain parts of aircraft structures subject to bending and torsion. The considered type of load and deformation corresponds to the state of such structures typical for in-flight conditions. A physical model of the analysed structure in several versions with and without stiffeners was made of composite materials. It was assumed that post-critical deformations of the structure are admissible within the limit loads. Results of non-linear numerical analyses carried out with the use of the finite element method applied to several variant structures with various types of stiffeners are compared with results of measurements taken on corresponding models.
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加强筋对薄壁复合材料飞机结构临界后变形性质的影响:数值-实验相结合的研究
本文介绍了薄壁结构的数值和实验研究结果,这些薄壁结构模拟了飞机结构中某些部件的弯曲和扭转作用。考虑的载荷和变形类型对应于这种结构在飞行条件下的典型状态。用复合材料制作了加筋和不加筋的几种版本的分析结构的物理模型。假定结构的后临界变形在极限载荷范围内是允许的。用有限元法对几种不同加劲方式的结构进行了非线性数值分析,并与相应模型的测量结果进行了比较。
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