在保证工具和工艺稳定的基础上，提升数控抛光效率。针对整体叶盘叶盆叶背、

在保证工具和工艺稳定的基础上，提升数控抛光效率。针对整体叶盘叶盆叶背、进排气边、叶根圆角不同特征进行抛光，分析各区域抛光的特点，确定抛光加工的难点，通过对不同抛光工具、机床运动等参数的选用，对数控抛光的各个抛光参数进行试验，以及研究是单工序还是多工序组合的优越性，并且根据磨钝标准确定可用参数域以保证达到抛光质量要求的前提下，在可用范围内进行参数优化，提升抛光效率。

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源语言: -

目标语言: -

结果 (英语) 1: [复制]

复制成功！

On the basis of ensuring the stability of tools and processes, improve the efficiency of CNC polishing. Polishing the different characteristics of the leaf back, intake and exhaust edges, and root fillets of the whole blisk, analyze the characteristics of polishing in each area, and determine the difficulty of polishing. Through the selection of different polishing tools, machine motion and other parameters, The various polishing parameters of CNC polishing are tested, and the superiority of single process or multi-process combination is studied, and the available parameter domain is determined according to the dullness standard to ensure that the polishing quality requirements are met, and the parameters are optimized within the available range to improve Polishing efficiency.

正在翻译中..

结果 (英语) 2:[复制]

复制成功！

On the basis of ensuring the stability of tools and processes, improve the efficiency of CNC polishing. For the whole leaf plate leaf back, inlet exhaust edge, leaf root fillet different characteristics of polishing, analysis of the characteristics of polishing in various areas, determine the difficulty of polishing processing, through the selection of different polishing tools, machine tool movement and other parameters, the nucleation of the polishing parameters of each test, as well as the study is a single process or multi-process combination of advantages, and according to the grinding standards to determine the available parameter domain to ensure that the polishing quality requirements, under the premise of improving the efficiency of the available parameters.

正在翻译中..

结果 (英语) 3:[复制]

复制成功！

On the basis of ensuring the stability of tools and processes, the efficiency of NC Polishing is improved. According to the different characteristics of blade back, inlet and exhaust edge and blade root fillet of integral blisk, the polishing characteristics of each region are analyzed, and the difficulties of polishing processing are determined. Through the selection of different polishing tools, machine tool motion and other parameters, various polishing parameters of NC Polishing are tested, and the advantages of single process or multi process combination are studied, and according to the grinding standard The parameters can be optimized within the available range to improve the polishing efficiency.<br>

正在翻译中..

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