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The Particle Distribution in Liquid Metal with Ceramic Particles Mould Filling Process

机译:液态金属中的颗粒分布,陶瓷颗粒模具灌装过程

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Adding ceramic particles in the plate hammer is an effective method to increase the wear resistance of the hammer. The liquid phase method is based on the "with the flow of mixed liquid forging composite preparation of ZTA ceramic particle reinforced high chromium cast iron hammer. Preparation method for this system is using CFD simulation analysis the particles distribution of flow mixing and filling process. Taking the 30% volume fraction of ZTA ceramic composite of high chromium cast iron hammer as example, by changing the speed of liquid metal viscosity to control and make reasonable predictions of particles distribution before solidification.
机译:在板锤中添加陶瓷颗粒是增加锤子耐磨性的有效方法。液相法基于“随着ZTA陶瓷颗粒增强高铬铸铁锤的混合液体锻造复合制备的流动。该系统的制备方法使用CFD仿真分析流动混合和填充过程的粒子分布。服用高铬铸铁锤ZTA陶瓷复合材料的30%体积分数为例,通过改变液态金属粘度的速度控制,并在凝固前进行颗粒分布的合理预测。

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