摘要
采用底注式浇注系统模拟反重力铸造条件，通过实浇测温法，研究了不同浇注系统浇注时薄壁平板铸件的凝固规律。发现内浇口的形状和尺寸对铸件凝固过程中的温度分布及铸件品质影响很大。实验结果可为正确制定反重力铸造薄壁件的工艺规范提供参考，也可作为计算机数值模拟反重力铸造薄壁件凝固过程的验证依据。
The bottom gating system is used to simulate counter-gravity condition to investigate the response of solidification of thin walled plate casting to the variation of gating systems by the method of temperature measurement. It is found that the shape and size of ingate of thin walled plate casting have a tremendous influence on the temperature field during solidification and its quality. The experimental results obtained could be very useful in laying down technological rules of operation of thin walled casting under counter-gravity condition in practice and examining the results of numerical simulation.
出处
《铸造技术》
CAS
北大核心
1998年第6期36-39,共4页
Foundry Technology
关键词
反重力铸造
薄壁件
凝固
浇注系统
铸造
Counter gravity Casting Thin walled plate casting Solidification Gating system
