PFC3D Simulation and Analysis of the Movement of Glass Balls in the Different Mechanical Plating Bucket
In this paper, simulation and analysis of the movement and energy of glass balls is carried out in the different mechanical plating bucket by using PFC3D software. In four kinds of different mechanical plating bucket, the influence of the bucket structure, rotation rate and mixed small glass balls on the effect of the coating of good quality, their characteristics and application conditions are studied and analyzed. Some results have better guidance significance for understanding the movement and energy of small glass balls and designing mechanical plating bucket. The results show that the quadrate and circular mechanical plating bucket are not perfect structure, hexagonal structure is better, octagonal structure is best. In order to obtain coating of good quality, it is best perfect to use octagonal mechanical plating bucket and mixed small glass balls at 30 rpm rotation rate. These simulation results compared with the practical application results is very consistent.
mechanical plating mechanical plating zinc coating numerical simulation mechanical plating equipment PFC3D
Rong Tan Chengming Xing Lijun Liang Xiang Zhou Wenbiao Wang
The Faculty of Mechanical and Electrical Engineering Kunming University of Science and Technology Kunming 650093, China
国际会议
杭州
英文
188-191
2012-03-23（万方平台首次上网日期，不代表论文的发表时间）