|About this Abstract
||2017 TMS Annual Meeting & Exhibition
||Magnesium Technology 2017
||I-24: A Study on the Mechanical Characteristic of Heat Dissipation Magnesium Alloy by Thixomolding Process
||Ho Seung Jang, Jong Moon Park, Sueng Hoon Yang, No Jin Park, Min Su Park, Myung Hoon Oh
|On-Site Speaker (Planned)
||Ho Seung Jang
Magnesium alloy is a metal having the highest specific strength utility of metal. It has excellent dimensional stability and machinability. The demand for weight reduction and improved fuel economy grows for the main cause of global warming, such as auto parts and aircraft components has been used as a core material. In this study, the mechanical properties were evaluated by using magnesium alloy composition thixomolding process. This process is made by slurry to form a mixture of liquid and solid, and excellent an array of microstructures and low porosity and deformation strength is excellent. It is possible to fine molding. It’s similar to the injection molding of plastics and is called thixomolding. It were used the magnesium alloys(AZ91D, AM50, AM60 etc.) in the experiment. Barrel temperature in the thixomolding process(93.49%) can be seen as having a dominant effect on the tensile·yield strength, elongation and hardness.