首页> 外文会议>Physical and Numerical Simulation of Materials Processing >COMPARISON OF MICROSTRUCTURAL ASPECTS BY ELECTRON MICROSCOPY OBSERVED IN Al-Mg BASED ALLOYS OBTAINED BY CONVENTIONAL AND P/M PROCESSES AFTER THERMOMECHANICAL TREATMENTS
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COMPARISON OF MICROSTRUCTURAL ASPECTS BY ELECTRON MICROSCOPY OBSERVED IN Al-Mg BASED ALLOYS OBTAINED BY CONVENTIONAL AND P/M PROCESSES AFTER THERMOMECHANICAL TREATMENTS

机译:热力学处理后常规和P / M工艺获得的Al-Mg基合金的电子显微镜观察到的微观结构比较

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Al-Mg based alloys have special attention due to the lightness of the material and certain mechanical properties and reciclability. Normally classified as non-heat-treatable these alloys obtain higher strength either by strain-hardening or by solid solution. The P/M process in the Al-Mg-Zr alloys in study leading to fine grain structure after the thermal treatment. The understanding of the observed phenomena depends of the fact that materials produced by powder metallurgy present complex interface reactions in a great amount of nucleation sites and a subtle change in the structure of the material causes an important variation in your properties. Alloys in study presented interesting values of properties, with evident technological potential.
机译:Al-Mg基合金由于材料的轻巧性以及某些机械性能和可回缩性而受到特别关注。通常,这些合金通过应变硬化或固溶获得更高的强度。研究中的Al-Mg-Zr合金中的P / M过程导致热处理后产生细晶粒结构。对观察到的现象的理解取决于以下事实:粉末冶金生产的材料会在大量成核位置出现复杂的界面反应,并且材料结构的细微变化会导致性能发生重大变化。研究中的合金具有有趣的性能值,具有明显的技术潜力。

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