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Turbulent drag reduction by polymer‐fiber mixtures

机译:通过聚合物纤维混合物减少湍流阻力

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AbstractThe turbulent drag reduction studies by asbestos fiber mixtures with purified guargum, purified xanthangum, and their graft copolymers have been conducted at low concentration and Re 14000 using turbulent flow rheometer designed by Hoyt. A method for making stock suspension of asbestos fibers is also suggested which gives better drag reduction. It has been found from the present studies that purified guargum–asbestos fiber mixtures give positive synergistic effect even at low concentration and synergism in drag reduction may be caused by a mixture when its constituents are rigid. A simple mixture rule equation having interaction parameter may be used for the prediction of drag reduction by the mixtur
机译:摘要利用Hoyt设计的湍流流变仪,在低浓度和Re 14000条件下,对石棉纤维混合物与纯化的瓜胶、纯化的黄桔胶及其接枝共聚物的湍流减阻研究进行了研究。还提出了一种制造石棉纤维悬浮液的方法,该方法可以更好地减少阻力。从目前的研究中发现,纯化的瓜尔胶-石棉纤维混合物即使在低浓度下也能产生积极的协同作用,当混合物的成分是刚性的时,可能会产生减阻的协同作用。具有相互作用参数的简单混合规则方程可用于预测混合机的减阻

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