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Reed Sweet Grass Glyceria maxima: Role in Shoreline Protection

机译:芦苇甜草甘草:在海岸线保护中的作用

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Our article presents the results of studies on the mechanical properties of Reed Sweet Grass Glyceria maxima. The samples were collected from Urszulewskie Lake near Sierpc, Poland. The experiment was conducted using an Instron 5966 universal tensile strength testing machine. Tensile force and tensile strength were determined and compared for individual parts of reed sweet grass, i.e., below-ground sterns (rhizomes), the bases of stems, and above-ground stems. Dependencies between the selected mechanical and morphological parameters were described. Statistical analysis was conducted using the Statistica program. The obtained tensile strength results were compared to data obtained by other authors on select tree, shrub and plants species. Lastly, the benefits of using plants characteristic of bulrush over artificial concrete reinforcements were presented.
机译:我们的文章介绍了芦苇香茅最大的甘油的力学性能的研究结果。样品是从波兰Sierpc附近的Urszulewskie湖收集的。该实验是使用Instron 5966万能拉伸强度试验机进行的。测定并比较了芦苇香茅各部分的拉伸力和抗张强度,即地上茎(根茎),茎基部和地上茎。描述了所选机械参数和形态参数之间的依赖性。使用Statistica程序进行统计分析。将获得的拉伸强度结果与其他作者在选择的树木,灌木和植物物种上获得的数据进行比较。最后,介绍了使用芦苇特有的植物而不是人造混凝土增强材料的好处。

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