首页> 外文期刊>International Journal of Machine Tools & Manufacture: Design, research and application >Warm deep drawing of wrought magnesium alloy sheets produced by semi-solid roll strip-casting process
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Warm deep drawing of wrought magnesium alloy sheets produced by semi-solid roll strip-casting process

机译:半固态辊轧连铸生产的变形镁合金板的热深拉伸

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摘要

This paper is concerned with the development of a continuous strip-casting technology to facilitate the manufacture of magnesium sheet alloys economically whilst maintaining high quality. Established in the paper is warm formability of cast magnesium alloy sheets after being hot rolled by semi-solid roll strip-casting process. It has been found that magnesium sheet with 2.0-4.0 mm thickness could be produced at a speed of 25m/min. Hot rolling and annealing temperatures during hot rolling were also changed to examine which condition would be appropriate for producing wrought magnesium alloys with good formability. Microstructures of the crystals of the manufactured wrought magnesium alloys were observed. It has been found that a limiting drawing ratio of 2.7 was possible in a warm deep-drawing test of the cast magnesium alloy sheets after being hot rolled.
机译:本文关注连续带材铸造技术的发展,以促进经济地制造镁薄板合金同时又保持高质量。本文确定的是铸镁合金薄板通过半固态辊轧带坯热轧后的热成形性。已经发现,可以以25m / min的速度生产厚度为2.0-4.0mm的镁片。还改变了热轧期间的热轧和退火温度,以检查哪种条件适合于生产具有良好成形性的锻造镁合金。观察到所制造的变形镁合金的晶体的微观结构。已经发现,在热轧后的铸造镁合金薄板的热深冲试验中,极限拉伸比为2.7是可能的。

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