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The article presents the influence of the metallurgical process condition on the parameters of drawing M95 brass rods obtained in the continuous casting process. This work has investigated the effect of input material composition (scrap selection), diversified casting speed (various feeding and stopping time) to allow for crystallization and cooling intensity on cast quality, including solid particles removal. Studies were conducted on cast made of M95 brass and included the research on: mechanical and electrical properties, elastic constants and also comparison of density of particular casts. Casts obtained in continuous casting process were subject to deformability tests in the drawing process. The drawing process was carried out on samples with the diameter range of 9.5 to 4.45 mm. The research produced the flow curves for the tested materials. Comparison of this curves allows to determine the influence of metallurgical synthesis parameters of M95 brass on flexibility and force parameters in drawing process.
Keywords: Continuous casting process, M95 brass, drawing, deformability, metal forming© This is an open access article distributed under the Creative Commons Attribution License which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.