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首页> 外文期刊>International Journal of Marine Engineering Innovation and Research >Specific Gravity Analysis of Onion Peel and Snail Shell Particulates as Composite Fillers in Ship Applications
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Specific Gravity Analysis of Onion Peel and Snail Shell Particulates as Composite Fillers in Ship Applications

机译：船舶应用中作为复合填料的洋葱剥离和蜗牛壳颗粒的比重分析

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there is limited knowledge on the specific gravity of agro-based fillers, particularly particulate onion peels and snail shells despite their potentials as the ship's hull composite materials. This work reports experimental results on specific gravity concerning particulate onion peels and snail shells as fillers in ship's hull composite fabrication. Specific gravity bottles, water, and 15g each of particulate onion peels, snail shells, and their mixtures were used in laboratory conditions. It was found that onion peel particulates (specific gravity of 1.09± 0.41 for 0.063 mm), snail shell particulates (specific gravity of 0.95 ± 0.01 for 0.063 mm), and mixtures of particulate onion peel and snail shell (specific gravity of 1.02 ± 0.08 for 0.150 mm, 10g particulate onion peels + 5g particulate snail shell) yielded the least values, requiring the least fuel expenditure in generating torque for the desired motions during the ship's voyage. Moreover, a policy to use the snail shell recommendation should be formulated as it is the overall best to help in cost reduction by shipping organizations. Previous studies were on tomatoes and potatoes, among others. However, the present study takes a new direction to innovatively consider hardly studied fillers for polymer composites for the first time.
机译：关于农业基填料的比重有限，特别是颗粒状洋葱剥离和蜗牛壳，尽管它们是船体复合材料的潜力。这项工作报告了关于船体船体复合制造中的颗粒状洋葱果皮和蜗牛壳的比重对特异性重力的实验结果。在实验室条件下使用比重的重力瓶，水和15g每种颗粒洋葱皮，蜗牛壳及其混合物。发现洋葱剥离颗粒（比重力为1.09±0.063mm），蜗牛壳颗粒（比重为0.95±0.06毫米），以及颗粒洋葱剥离和蜗牛壳的混合物（比重为1.02±0.08对于0.150mm，10g颗粒状洋葱皮+ 5g颗粒蜗牛壳）产生了最小值，要求在船舶航行期间为所需运动产生扭矩的最小燃料支出。此外，应制定使用蜗牛外壳建议的策略，因为它是通过运输组织减少成本的最佳效果。以前的研究是西红柿和土豆等。然而，本研究采用新的方向，以创新地考虑首次考虑用于聚合物复合材料的填充剂。

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