Özet:

The aim of this study is to optimize the source parameters using the Taguchi method in combining TWIP steel bags with the electric resistance point source. The values of the source parameters such as the power flow, the power time and the electrot pressure force are determined according to the randomly approached L9 Taguchi ortogonal directory. The optimal source parameters were estimated based on the highest breakdown load of the source samples and the impact of each parameter on the breakdown load was assessed by the signal/bullying ratio (S/N) and variance analysis (ANOVA). The optimal power flow, power time and electrot power were found at 12 kA, 300 ms and 3000 N respectively. ANOVA results accounted for the highest statistical impact on the breaking load of 78. The 73 indicates that the source flow has, while the source flow also indicates that the source flow is followed by the source time and the electrot pressure force, respectively. The breakdown loads of the combinations resulting from the power point of electrical resistance have increased with the power of the source flow and the power of the electrot pressure. However, relatively lower breaking loads were observed at high source times. Furthermore, the broken surfaces of selected source samples are characterized by using a scaned electron microscope (SEM). In this study, it has been shown that combinations with higher source strength show a relatively greater breaking character.

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