摘要
应用"SolidWorks"软件中的"Flow Simulation"插件对反应釜内3种不同结构的带孔分散盘(孔数为0、2和4,均匀分布于盘上)周围的流场进行了CFD(计算流体动力学)分析。研究结果表明:通过仿真分析,可直观获得反应釜内分散盘周围的流体速度分布云图和流线轨迹;采用粒子示踪法可模拟制胶原料在分散盘作用下的分布状态,并可预测3种不同带孔分散盘对胶液的分散效果,有利于实际制胶过程中选择最佳的分散盘。
The flow Irajectories around three kin s（such as 0.2 dynamics ） from itv distribution ned sives and 4 holes distributed equally ＂Flow Simulation＂ plugins in contours and flow trajec ds of dispersion plates with different structures and different hole on plale） inside reactor were analyzed by CFD （computational SolidWorks software. The research rcsuhs showed that the fluid around dispersion phttes inside reactor could lie intuitively by simulation analysis. The optinlal structure of plate wouhl be selected in actual process of preparing because under the action of dispersion plates the distribution of raw materials, which were used for adhesives, couhl be simulated by particle traces method, and the dispersion effects of three kinds of plates with different hole counts on adhesive particles could be predicted.
出处
《中国胶粘剂》
CAS
北大核心
2014年第5期23-26,共4页
China Adhesives
基金
2014年广西区教育厅科研项目(基于Flow Simulation的新型高效节能行星真空搅拌机的研制)
2013年广西区工信委企业技术改造专项资金资助项目(桂工信投资【2013】258)
