摘要
传统的应用"中面模型"技术的2 5维方法在预测薄壁制件成型过程中的流动行为是非常成功的,但"中面模型"在应用过程中是非常不方便的.通过使用实体表面作为流动平面,在厚度方向上添加虚拟热流道来保持熔体在实体表面一致地向前充填,并比较了模拟结果与Han的实验结果及摩托车后视镜的缺料注射结果.算例分析表明,这种方法对实体充填模拟是有效的.
Conventional 25D analysis technology which adopts the 'mid_plane model' has been successful in predicting filling behavior for most plastic parts,especially for the thin shell partsThis imported model causes some inconvenience during its applicationThis study introduces surface model as the datum plane,instead of the conventional midplane model and additional hot runner elements in the gapwise direction are employed to keep the flows in the surfaces at the same section coordinative The simulations presented here are compared with the available data from Han and the shortshot experiments for rearview shellIt proves to be feasible for flow simulation on solid model in injection molding
出处
《郑州大学学报（工学版）》
CAS
2003年第3期57-61,共5页
Journal of Zhengzhou University（Engineering Science）
