作为模板材料的基础结构便完成了。
对造粒模板内部流动与传热的研究可以为模板结构的优化设计、操作条件的合理选取、模板材料的选择提供比较可靠地理论依据。
Numerical simulation provides a reliable method to optimize the design of the die, the choice of metallic material for the die, and the operating conditions of the polymer pelletizing under water.
对造粒模板内部流动与传热的研究可以为模板结构的优化设计、操作条件的合理选取、模板材料的选择提供比较可靠地理论依据。
Numerical simulation provides a reliable method to optimize the design of the die, the choice of metallic material for the die, and the operating conditions of the polymer pelletizing under water.
应用推荐