Studies on Press-forming of Aluminum Alloys in the Coexisting State of Liquid and Solid : 3rd Report, Mechanical Properties of Injection-formed Aluminum Alloys
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概要
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This investigation has been performed in order to examine if it is possible to fill the die cavity with aluminum alloy through a nozzle and to examine the mechanical characteristics of the injected and formed products. It is clear that it is possible to fill the die cavity with an alloy and form the products when the die temperature is equal to the temperature under coexisting state of liquid and solid of the alloy. The tensile strength of the products becomes maximum when the die temperature is fixed in the middle of the temperature range under coexisting state of liquid and solid. The filling-up process of a billet is as follows. The billet is injected through a nozzle in the shape of a bar and after reaching the top inside the die it flows and spreads down along the wall and the following billet fills the center part.
- 一般社団法人日本機械学会の論文
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