This paper presents the Taguchi Method, a statistical design modelling for experiments applied in environmental engineering. This method was applied to optimize the treatment conditions of polyester-resin effluent by ...This paper presents the Taguchi Method, a statistical design modelling for experiments applied in environmental engineering. This method was applied to optimize the treatment conditions of polyester-resin effluent by means of Advanced Oxidative Processes (AOPs) using chemical oxygen demand (COD) as response parameter. The influence of each independent parameter including respective interactions was evaluated by Taguchi Method, which allowed determining the most statistically significant variables and conditions to best fit the process. Results showed that Taguchi Method is a very useful tool for environmental engineering field and possible simplifications of analysis and calculations through commercially available software.展开更多
收缩、沉降斑和残余应力是衡量注塑制品性能和表面质量的重要指标。将CAE与DOE(design of experiment)技术相结合,可在较少的分析次数下获得优化工艺,从而改善制品质量。文中基于一个工业产品,在L9(34)正交试验设计与Moldflow模拟分析...收缩、沉降斑和残余应力是衡量注塑制品性能和表面质量的重要指标。将CAE与DOE(design of experiment)技术相结合,可在较少的分析次数下获得优化工艺,从而改善制品质量。文中基于一个工业产品,在L9(34)正交试验设计与Moldflow模拟分析的基础上,研究工艺参数对注塑制品体积收缩率变化、沉降斑指数和残余应力的影响,获得优化工艺参数,使体积收缩率变化、沉降斑指数和残余应力达到最小。展开更多
文摘This paper presents the Taguchi Method, a statistical design modelling for experiments applied in environmental engineering. This method was applied to optimize the treatment conditions of polyester-resin effluent by means of Advanced Oxidative Processes (AOPs) using chemical oxygen demand (COD) as response parameter. The influence of each independent parameter including respective interactions was evaluated by Taguchi Method, which allowed determining the most statistically significant variables and conditions to best fit the process. Results showed that Taguchi Method is a very useful tool for environmental engineering field and possible simplifications of analysis and calculations through commercially available software.
文摘收缩、沉降斑和残余应力是衡量注塑制品性能和表面质量的重要指标。将CAE与DOE(design of experiment)技术相结合,可在较少的分析次数下获得优化工艺,从而改善制品质量。文中基于一个工业产品,在L9(34)正交试验设计与Moldflow模拟分析的基础上,研究工艺参数对注塑制品体积收缩率变化、沉降斑指数和残余应力的影响,获得优化工艺参数,使体积收缩率变化、沉降斑指数和残余应力达到最小。
