Influences of the elastic module ratio and the volume fraction of solid phases on optimal design are investigated.
采用分层优化方法并结合算例研究了实体材料模量相对比值、材料组分变化对优化结果的影响。
Because of the excellent hardness and elastic module of diamond, it is difficult to get plastic deformation when sintering.
由于金刚石的硬度与弹性模量极高,在烧结时很难发生塑性变形。
Then, the elastic module of the viscous element is inversely analyzed using the steady value of time-dependent parameter components.
然后利用分离出的时效分量趋近值反演黏性元件的弹性参数;
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