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Predicting hole sizes after fibre drawing without knowing the viscosity

机译:在不知道粘度的情况下预测纤维拉伸后的孔径

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We report the first analytical description of the drawing of fibres with holes that does not require knowledge of the viscosity (or temperature) of the glass in the furnace. The model yields expressions for the size of a hole that is isolated from other holes and small compared to the outer diameter of the fibre, but includes the effects of surface tension, pressurisation and arbitrary viscosity profiles. The effect of viscosity is represented by the fibre draw tension which, unlike viscosity, can readily be measured in practice by the fibre fabricator. The model matches experiments without recourse to any adjustable fitting parameters.
机译:我们报告了带孔纤维拉伸的第一个分析描述,该知识不需要了解熔炉中玻璃的粘度(或温度)。该模型得出的孔的大小与其他孔隔离,并且与纤维的外径相比较小,但包括表面张力,加压和任意粘度分布的影响。粘度的影响由纤维拉伸张力表示,与粘度不同,纤维拉伸张力实际上可以由纤维制造商测量。该模型与实验匹配,无需求助于任何可调整的拟合参数。

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