Ekstrüzyon tipi dövme prosesinde konik kalıp açısının deformasyona etkisi

Simay Sarikaya, Saim Kural
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Abstract

The extrusion process is the reduction of the diameter of a cylinder sample by applying a high force through the sleeve with a smaller cross-sectional area. Generally, it is the metal industry. This process is used in the production of a straight and long pipes.It is produced at high temperatures compared to high forces. There are many important factors in the extrusion process. One of them is mold design. It is important in terms of surface roughness and homogeneous deformation. In extrusion, there are 2 types of extrusion molds as level surface mold and conical inlet mold. The reduction of the angle of the mold in the mold with conical inlet increases the homogeneity of the deformation. For this purpose, in the paper, the deformation effect of the tapered die with different angles in the same type of sample was investigated. Using the Simufact program the sample material in the hydraulic pres was selected by selecting the lead material. As a result, the deformation in the sample was compared with each other.
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挤压过程是通过施加具有较小横截面积的套筒的高力来减小圆柱体样品的直径。一般来说,是金属工业。本工艺用于生产一种直管和长管。与高强度相比,它是在高温下产生的。挤压过程中有许多重要的因素。其中之一是模具设计。它在表面粗糙度和均匀变形方面很重要。在挤压中,有两种类型的挤压模具:水平面模具和锥形进口模具。锥形进口模具中模具角度的减小增加了变形的均匀性。为此,本文研究了不同角度的锥形模具在同一类型试样中的变形效果。利用Simufact程序,通过选择先导材料来选择液压机中的试样材料。从而对试样的变形进行了比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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