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Experimental Research on Superlong Deep-hole Drilling Processing Technology for Beryllium Bronze

机译:铍青铜超长深孔加工工艺的实验研究

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摘要

According to the material properties and the cutting performance of beryllium bronze, research into the various factors of cutting, such as the materials heat treatment, the cutting tool material, cutting-tool angle and the cutting parameters, combined with the actual structure of the workpiece and the overlong deep-hole processing method for study. The test proved that selected reasonable heat treatment, processing methods, cutting tools and cutting parameters can be solved Φ12mm×4000mm overlong deep-hole processing problems of the beryllium bronze.
机译:根据铍青铜的材料特性和切削性能,研究切削的各种因素,例如材料的热处理,切削工具的材料,切削工具的角度和切削参数,并结合工件的实际结构以及超长深孔加工方法的研究。试验证明,选择合理的热处理方法,加工方法,切削刀具和切削参数可以解决Φ12mm×4000mm的铍青铜超长深孔加工问题。

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