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首页> 外文会议>Innovative Manufacturing Engineering >Application of Taguchi's Method for Study of Machining Parameters on Surface Roughness of 7136 Aluminum Alloy in End Milling
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Application of Taguchi's Method for Study of Machining Parameters on Surface Roughness of 7136 Aluminum Alloy in End Milling

机译：塔努克的应用在7136铝合金中加工参数研究结束铣削中的表面粗糙度

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Starting with the necessity to identify the optimum values of the cutting parameters which are affecting the surface quality, it is appropriate to use the design of experiment techniques to conduct the experiments. Previous researches focused on the investigation of the effects of machining parameters on surface roughness. In this paper, the experiments were conducted based on the established Taguchi's technique, L8 orthogonal array using Minitab-17 statistical software. Three machining parameters are chosen as process parameters: Cutting Speed, Feed per tooth and Depth of cut. The orthogonal matrix includes these three factors set for analysis, each with 2 levels associated. The level of influence that the process parameters exert on the surface roughness is analyzed by Taguchi method data analysis. In this case the signal to noise ratio was tacked into account. Also, the recommended configuration regarding the optimum values of these parameters was determined as well as the interactions between them, in order to obtain better surface roughness for 7136 aluminum alloy machining. The final results will be used as data for future research.
机译：从必要性开始识别影响表面质量的切割参数的最佳值，它适合使用实验技术的设计进行实验。以前的研究侧重于调查加工参数对表面粗糙度的影响。在本文中，使用Minitab-17统计软件的建立的Taguchi技术，L8正交阵列进行了实验。选择三个加工参数作为过程参数：切割速度，每颗牙齿和切割深度。正交矩阵包括设置用于分析的这三个因素，每个因素有2个级别相关联。通过Taguchi方法数据分析分析了对表面粗糙度施加的过程参数的影响水平。在这种情况下，对噪声比的信号被粘合到帐户中。而且，确定了关于这些参数的最佳值的推荐配置以及它们之间的相互作用，以便获得7136铝合金加工的更好的表面粗糙度。最终结果将被用作未来研究的数据。

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