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Influence of processing methods on number and form of cracks of bionic units on vermicular cast iron

机译:处理方法对纤维铸铁仿生单元裂缝数量和形式的影响

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This paper focuses on the influence of processing methods on the cracks' number and form of bionic units on the vermicular cast iron. The results show that there have already been cracks on the bionic units' surface, and the crack number increases with the thermal cycles. The crack's form on bionic units processed in air is tree-like structure, and that of bionic units processed in water is network structure. The twice laser process and the electro-pulsing treatment can effectively reduce the crack number of the bionic units processed in water, without changing the form.
机译:本文重点介绍了处理方法对蠕虫铸铁上的抗裂纹数和仿生单元的形式的影响。 结果表明,仿生单元表面上已经裂缝,裂缝数随热循环增加。 在空气中加工的仿生单元上的裂缝形式是树状结构,并且在水中加工的仿生单元是网络结构。 两倍的激光过程和电脉冲处理可以有效地降低水中加工的仿生单元的裂缝数,而不改变形式。

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