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首页> 外文期刊>Diffusion and Defect Data. Solid State Data, Part B. Solid State Phenomena >Thixoforming of Steel: Parameters and Means for Industrialization
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Thixoforming of Steel: Parameters and Means for Industrialization

机译:钢铁型:工业化的参数和手段

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摘要

The deformation process of steel in the semi-solid state, or thixoforming is an alternative solution to the classical industrial processes that are the casting or the hot forging Thixoformed steel parts are of better quality and may substitute advantageously parts realized in cast iron leading to an improvement of the rigidity, for example, but also parts in aluminium alloys obtained by the main deformation processes: for lower volume, thixoformed steel parts, keeping the same functionality, present superior mechanical properties than the parts realized in aluminium alloys. The industrial development of the steel thixoforming must be accompanied by the knowledge and the various parameters control of the process: steel grades definition and elaboration, the homogeneous high-temperature heating of the slug before deformation, conception or re-conception of the part to adapt it to the process and the practice properties, the equipment definitions which are used for the deformation operation at the semi-solid state. The handling system is also important in the thixoforming process; it is going to allow the slug transfer, at the semi-solid state, between the heating zone and the tooling or to evacuate the thixoformed part towards the mean assuring the quality heat treatment of the part The means choice which ate industrially going to ensure the process have a big importance to obtain successful production line and so, a cost reduction by "finished" part competitive with regard to processes used classically today. After the description of the applicable key points to the main parameters and the solutions used to obtain a successful product: high mechanical characteristics, near net shape or net shape.
机译:半固态钢的变形过程,或触变是铸造的替代解决方案,即铸造或热锻型钢管型钢部件具有更好的质量,并且可以替代在导致铸铁中实现的零件改善刚性,例如,通过主变形过程获得的铝合金中的零件:对于较低的体积,抗速率钢部件,保持相同的功能,呈现出优异的机械性能,而不是铝合金所实现的部件。钢铁的工业开发必须伴随着知识和各种参数控制的过程:钢等级定义和阐述,均匀高温加热在变形的变形,概念或重新概念的部分以适应它到过程和实践属性,设备定义用于半固态的变形操作。处理系统在触变型过程中也很重要;它将在加热区和工具之间处于半固态的SLUG传输或剥离触变部分朝向均衡部分的均衡的均匀性热处理,这是在工业上进行的方式选择流程具有重要的重视,以获得成功的生产线等,通过“完成”的成本减少了“完成”竞争对手今天使用的过程。在适用关键的描述后,主要参数和用于获得成功产品的解决方案:高机械特性,近净形状或净形状。

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