首页> 外文会议>International Conference on Emerging Trends in Mechanical and Industrial Engineering >Optimizing Gas Injection Stir Casting Process Parameters for Improving the Ultimate Tensile Strength of Hybrid Mg/(SiC_p + Al_2O_(3p) + Gr_p) Through Taguchi Technique
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Optimizing Gas Injection Stir Casting Process Parameters for Improving the Ultimate Tensile Strength of Hybrid Mg/(SiC_p + Al_2O_(3p) + Gr_p) Through Taguchi Technique

机译:优化气体注入搅拌铸造工艺参数,通过TAGUCHI技术改善杂交MG /(SIC_P + AL_2O_(3P)+ GR_P)的极限拉伸强度

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In this experimental research work Taguchi technique has been utilized for finding out the optimal parameter combinations that result for better ultimate tensile strength of hybrid Mg/(SiC_p + Al_2O_(3p) + Gr_p) MMC. The process parameters that are used for the analysis are the furnace temperature (°C), stirring speed (rpm) and stirring time (min). Also considering significant process parameters mathematical models related to the ultimate tensile strength (MPa) has been established. An L_27(3~(13)) orthogonal array has been utilized for finding out the optimum conditions. The optimal parametric combination where maximum ultimate tensile strength has been achieved are A3B2C3, respectively. The results of this investigation result in selecting suitable casting process parameters in fabricating hybrid Mg-MMC of desired strength and longer durability.
机译:在该实验研究中,工作TAGUCHI技术已经用于找出结果,以确定混合MG /(SIC_P + AL_2O_(3P)+ GR_P)MMC的更好的最终拉伸强度。 用于分析的过程参数是炉温(℃),搅拌速度(RPM)和搅拌时间(分钟)。 还考虑了与最终拉伸强度(MPa)相关的数学模型的重要过程参数。 L_27(3〜(13))正交阵列已用于找出最佳条件。 已经实现了最大抗拉强度的最佳参数组合分别是A3B2C3。 该研究的结果导致在制造所需强度和更长的耐久性的制造中选择合适的铸造工艺参数。

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