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Study the Effect of Casting Method on the Mechanical Properties of ZA-27 Alloy Formed by Equal Channel Angular Extrusion

机译:研究铸造方法对等沟道角挤压形成ZA-27合金的力学性能的影响

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摘要

In this study the effect of casting technique or method of ZA-27 alloy and die angle of equal channel angular extrusion (ECAE) process on the mechanical properties of alloy after forming was studied. Two casting methods, New Rhcocast (NRC) and Gravity Die Cast (GDC) were employed to produce the alloy. Four dies of ECAE with different angles (90°, 105°, 120° and 135°) were used in this process at (100° C). Test specimen was manufactured with circular cross section (12mm in diameter and 85mm in length). The results show that the (NRC) method and 90° angle of die in (ECAE) gave the best of compression strength and hardness due to refinement of microstructure more than other angles.The load in (ECAE) process strongly depends on angle of die and specimen product by (NRC) required higher load.
机译:在该研究中,研究了铸造技术或ZA-27合金和模具角度的施用技术的影响和等于沟道角挤出(ECAE)的模糊角度在形成后的合金机械性能上。采用两种铸造方法,新的鼻腔(NRC)和重力模铸(GDC)制造合金。在该方法(100°C),使用具有不同角度(90°,105°,120°和135°)的4个ECAE模具。试样用圆形横截面制造(直径为12毫米,长度为85mm)。结果表明(NRC)方法和90°的模具(ECAE)的模具引起的最佳压缩强度和硬度,因为微观结构的细化比其他角度更多。(ECAE)过程的负载强烈取决于模具的角度并按(NRC)所需的标本产品需要更高的负载。

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