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Influence of weft yarn diameter on runoff erosion control performance of woven geomesh

机译:纬纱直径对纺织土工径流侵蚀控制性能的影响

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摘要

The performance of geomeshes used in runoff erosion control application is expected to improve as weft yarn diameter increases. In this study coir and jute geomeshes with different weft yarn diameter are subjected to runoff erosion tests in zero infiltration and soil infiltration conditions (i.e. without and with soil), at three different slope angles of 15 degrees, 30o and 45 degrees. Germination test is performed according to ASTM standard D 7322, using earthen pots and wheat seeds. Increased weft yarn diameter results in improved performance of coir and jute geomeshes at all slope angles and soil-infiltration conditions, due to increased storage volume, except coir geomesh at steeper slope angles. In germination test, increase in weft yarn diameter results in improved average number of roots; but, the percentage of vegetation and average length of roots are found to reduce.
机译:随着纬纱直径的增加,预计径流侵蚀控制应用中使用的地磁的性能将提高。在本研究中,在零浸润和土壤渗透条件下(即,没有和土壤),在零浸润和土壤渗透条件下进行径流侵蚀试验,在15度,30o和45度的三个不同的斜率角度下进行径流侵蚀试验。使用土盆和小麦种子根据ASTM标准D 7322进行萌发试验。由于陡峭的倾斜角度的汇率Geomesh,增加了纬纱直径,导致所有斜率和土壤渗透条件的副射线和黄麻地质形状的性能提高,除了陡峭的斜角。在发芽试验中,纬纱直径的增加导致改善平均根数;但是,发现植被和植被平均长度的百分比减少。

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