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。
Theoretical cooling curves, the relationship between cooling curve, fraction of solid and liberation of latent heat per unit time, and experimental results are presented.
给出了理论冷却曲线、冷却曲线、固相率及单位时间内潜热释放速度之间的关系及实验结果。
The simulated process of solidification also shows some results as follows: 1 There is no direct relationship between the distribution of solid fraction and of liquidus.
通过凝固过程模拟分析还得出了以下主要结果:1凝固过程中的固相分数分布与液相线分布之间没有确定的直接联系。
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