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An experimental investigation of a new method for protecting bends from erosion in gas-particle flows

机译:一种保护弯曲免受气体颗粒流侵蚀的新方法的实验研究

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摘要

This paper intends to introduce a new way of bend erosion protection: the ribbed bend erosion protection method. Experimental research has come out fixing ribs on the outer-wall of the inside bend as well as on the wall of the straight pipe extending behind the bend in order to decrease the erosion damage caused by the "bend effect". The experiment shows that ribbed bend technology is a simple and efficient erosion protection method, which can greatly enhance bend erosion protection ability. It also shows that the rib relative height and the rib gap between two adjacent ribs are two important parameters in the ribbed bend erosion protection ability. The same result can be reached on the straight pipe extending from the bend.
机译:本文打算介绍一种新的弯曲侵蚀保护方法:带肋弯曲侵蚀保护方法。为了减少由“弯曲效应”引起的腐蚀损害,已经进行了实验研究,在内部弯曲的外壁以及在弯曲之后延伸的直管的壁上都固定有肋。实验表明,带肋弯管技术是一种简单有效的防腐蚀方法,可以大大提高弯管的防腐蚀能力。还表明,肋骨相对高度和两个相邻肋骨之间的肋骨间隙是肋骨弯曲侵蚀防护能力的两个重要参数。从弯头伸出的直管上可以达到相同的结果。

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