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Finite element modelling and experiments for shaping nuclear powder pellets, application in technological tool developments to minimize damage during ejection,and geometrical tolerances

机译:核粉末颗粒的有限元建模与实验,在技术工具的应用中的应用,以最小化喷射过程中的损伤,以及几何公差

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Die pressing and sintering processes are used in the fabrication of fuel with minor actinides. Perfect cylindrical sintered pellets must be directly obtained by the current processes with take into account the slight heterogeneities of the density, which ones are present in the green body as a result of frictional forces between powder and die. FEM of the compaction stage has been used to simulate the die pressing stage of nuclear oxide powders and to predict the green density distributions. An ejection method with or without profile correction in the die has been used to removing the die radially.
机译:压模和烧结工艺用于燃料的制造中的较小散光。完美的圆柱烧结颗粒必须通过当前过程直接获得,考虑到密度的轻微异质性,由于粉末和模具之间的摩擦力,该密度存在于生坯中。压实阶段的FEM已被用于模拟核氧化物粉末的模压阶段并预测绿色密度分布。使用模具中的具有或没有剖面校正的喷射方法已经用于径向去除管芯。

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