Optimization of stir casting process parameter using response surface meth odology
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Response surface methodology is used to optimize the stir casting process parameters for the aluminium metal matrixcomposite reinforced with boron carbide with several weight percentages. The stir casting process parameters used in thiswork are the weight percentage of the reinforcing element, stir casting mixing time and particle size of the reinforcing elementused in the fabrication of the metal matrix composite. The levels are chosen and central composite design is implemented tooptimize the tensile strength of the metal matrix composite. The analysis of variance is calculated and the estimated regressioncoefficients for the tensile strength are obtained. Also the residual plots and the contour plots are plotted and discussed here.
Abstract
Response surface methodology is used to optimize the stir casting process parameters for the aluminium metal matrixcomposite reinforced with boron carbide with several weight percentages. The stir casting process parameters used in thiswork are the weight percentage of the reinforcing element, stir casting mixing time and particle size of the reinforcing elementused in the fabrication of the metal matrix composite. The levels are chosen and central composite design is implemented tooptimize the tensile strength of the metal matrix composite. The analysis of variance is calculated and the estimated regressioncoefficients for the tensile strength are obtained. Also the residual plots and the contour plots are plotted and discussed here.
참고문헌 (22)
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