首页> 外文会议>International Conference on Materials Structure amp; Micromechanics of Fracture; 20040623-25; Brno(CZ) >Effect of Processing Parameters on Microstructure and Properties of Continuously Cast Al-Mg Sheets
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Effect of Processing Parameters on Microstructure and Properties of Continuously Cast Al-Mg Sheets

机译:工艺参数对Al-Mg连续铸造薄板组织和性能的影响

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摘要

Inner panels of modern ecological cars are nowadays manufactured from Al-Mg alloys. Continuously twin-roll cast sheets are a cost effective substitution for direct-chill cast sheets. The effect of composition and down-stream processing on sheet properties should be well understood in order to produce high quality products, which exhibit good formability and high strength. Finegrained microstructure and well-balanced texture are the necessary pre-requisites. Results of the investigation of twin-roll cast AlMg2Mn0.8 and AlMg3 alloys are reported. Sheets of 1.0 mm gauge were prepared using different processing routes. The route involving homogenisation results in grain coarsening and anisotropy, however, deep-drawing ability is affected only a little.
机译:如今,现代生态汽车的内板由铝镁合金制成。连续双辊铸造薄板是直接冷却铸造薄板的一种经济有效的替代品。为了生产表现出良好的可成形性和高强度的高质量产品,应当充分理解组成和下游加工对片材性能的影响。细粒度的微观结构和均衡的纹理是必要的先决条件。报道了双轧AlMg2Mn0.8和AlMg3合金的研究结果。使用不同的加工路线制备1.0毫米规格的片材。涉及均质化的路径会导致晶粒粗化和各向异性,但是深冲能力仅受到很小的影响。

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