Comparison of the Microstructure and Mechanical Property between Gravity Casting Forging and Rheo-diecasting Forging using A356 Alloy

Junyi Lee, Jae-Yong Lim, Seung-Yong Lee, Seoug-Won Moon, C. Hong
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Abstract

Recently, the automotive industry has replaced cast iron to lightweight materials like aluminum for engine efficiency of automobiles and an emission control by government. In this paper we studied two auto parts manufacturing methods using an alloy of A356. That is gravity casting and H-NCM Rheo-diecasting forging. We analyzed the microstructure and mechanical properties for this method. In Microstructure analysis results, H-NCM Rheo-diecasting forging has more finer microstrucre and better forging effect. Resulting in better mechanical properties than gravity forging.
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A356合金重力铸造锻件与流变压铸锻件组织与力学性能的比较
最近,汽车工业为了提高汽车的发动机效率和政府的排放控制,用铝等轻质材料代替了铸铁。本文研究了用A356合金制造汽车零部件的两种方法。即重力铸造和H-NCM流变压铸锻件。对该方法的显微组织和力学性能进行了分析。显微组织分析结果表明,H-NCM流变压铸锻件具有更精细的显微组织和更好的锻造效果。从而获得比重力锻造更好的机械性能。
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