Optimization of wear parameters of binary Al−25Zn and Al−3Cu alloys using design of experiments

Investigation of Tribological Behaviour of AA-6063 Cast Using In-Situ Microwave Process By Taguchi Method & ANFIS Model

“…As Taguchi's analysis showed that surface wear rate is proportional to the normal load and inversely proportional to the slip speed and the slip distance. The analysis of variance showed that for the Al-25Zn alloy, the normal load has the greatest impact on the surface wear rate, followed by the speed and the slip distance, while for the Al-3Cu alloy, the sliding distance is the key parameter, followed by sliding speed and load [13]. Moorthy et al [2020] summarized the experimental study of AA 6063 / TiC composites to improve dry slip properties.…”

Study on the mechanical properties, wear resistance and microstructure of nano-SiCp/ZA38 composite material under the synergistic effects of thermal-force-acoustic field

“…The multiple factors involved in the stir casting assisted by ultrasonic treatment processing necessitate various time-consuming experiments. The orthogonal experiment is often used to determine the effect of the single factors [19][20][21][22][23][24][25]. In this study, orthogonal experiments were used to identify the relationships among the fusant temperature, stirring speed, and ultrasonic power on the mechanical and tribological properties of cast nano-SiC p /ZA38 composite material reinforced by nano SiC particles.…”