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首页> 外文期刊>Diffusion and Defect Data. Solid State Data, Part B. Solid State Phenomena >Development of cup-cast method; semi-solid slurry preparation without external stirring force
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Development of cup-cast method; semi-solid slurry preparation without external stirring force

机译:开发杯铸法;无外部搅拌力的半固体浆料制备

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Semi-Solid metal (SSM) processing is now considered a commercially successful manufacturing route producing millions of near net shape parts per annum for the automotive industry. Although semi-solid process is currently widely used as a manufacturing process which produces near net-shape metal component, the processes those used for the preparation of semi-solid slurry still take a great deal of time, energy and money. Cup cast method - recently developed by the authors - is able to make semi-solid slurry preparation as easy as pouring water from a pitcher into drinking glass. In this method globular solid particles are prepared by controlling the turbulence and heat distribution in the melt through pouring instead of applying certain external stirring forces, in other common method. In the current study, cup cast method applied to A1-A356 alloy using simple cylinder. Vital factors of this method were optimized by investigating micro-structures
机译:现在,半固态金属(SSM)加工被认为是一种商业上成功的制造路线,每年为汽车行业生产数百万个近乎净形的零件。尽管目前半固态工艺被广泛用作生产接近最终形状的金属成分的制造工艺,但是用于制备半固态浆料的工艺仍需要大量时间,精力和金钱。作者最近开发的杯式浇铸法能够像将水从投手倒入水杯中一样容易地制备半固体浆料。在这种方法中,通过浇铸来控制熔体中的湍流和热量分布,而不是施加某些外部搅拌力,从而制得球状固体颗粒,这是其他常用方法。在当前的研究中,杯形铸造法适用于使用简单圆柱体的A1-A356合金。通过研究微观结构优化了该方法的关键因素

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