Kenevir lifli sandviç panellerin 3 nokta eğilme davranışları

Onur Kelten, Abdulmecit Güldaş
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Abstract

The article discusses the increasing interest in natural fibers as a substitute for synthetic fibers in the development of composites due to the depletion of crude oil reserves, environmental concerns and regulations targeting the reduction of carbon emissions. The mechanical properties of natural fibers are closely linked to their chemical composition and structure, which can be influenced by various factors such as harvesting time, growth conditions, storage practices, extraction techniques and pre fabrication chemical treatments. The article also explains the finite element analysis steps for a sandwich structure created using hemp fibers with a 3 mm diameter and 20 mm spacing between two carbon prepreg layers for a 3-point bending test.Finally, numerical analysis outputs of sandwich structures created with hemp fibers at intervals of 10 mm, 20 mm, and 30 mm, and diameters of 2 mm, 3 mm, and 4 mm, are presented graphically to demonstrate the effects of changes in hemp fiber spacing and diameter on stress.
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麻纤维夹芯板的三点弯曲性能
文章讨论了由于原油储量枯竭、环境问题和旨在减少碳排放的法规,人们对天然纤维作为合成纤维的替代品用于复合材料开发的兴趣日益浓厚。天然纤维的机械性能与其化学成分和结构密切相关,而化学成分和结构会受到各种因素的影响,如收获时间、生长条件、储存方法、提取技术和制造前的化学处理。文章还解释了使用直径为 3 毫米、两层碳纤维预浸料之间间距为 20 毫米的麻纤维制作夹层结构进行三点弯曲测试的有限元分析步骤。最后,文章以图表形式展示了使用间距为 10 毫米、20 毫米和 30 毫米以及直径为 2 毫米、3 毫米和 4 毫米的麻纤维制作夹层结构的数值分析结果,以说明麻纤维间距和直径的变化对应力的影响。
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