Ceramic Filter Based On The Ansys Finite Element Analysis And Optimum Design

This issue based on finite element analysis techniques, the use of ANSYS software optimization modules for copper Anhui Environmental Protection Equipment Co., Ltd. are specialized in the development of TT series ceramic filter structure of some of the key strength of the design verification and optimization.First of all TT Series of Ceramic Filter for a more elaborate system, introduced ceramic filter development at home and abroad, working principle and system structure, and in accordance with the requirements of its structure the company conducted a preliminary improvement. And then integrated on the finite element method and finite element analysis software ANSYS software details for the initial improvements, the use of ANSYS software organization for improving the strength of the reliability of analysis carried out. In ANSYS to create ceramic filter holder spindle motor of the finite element simulation model and through the PRO/E on the vacuum drum part into ANSYS modeling, the simulation of realistic conditions of force, strength check, Analysis of the structure of the improved reliability. Finally, in ANSYS to create a ceramic filter supporting rack rib plate finite element model and to carry out static analysis, using ANSYS optimization module to optimize the design.Rib plate to the total volume for the smallest goal to optimize their size to optimize the parameters of a preliminary.Ceramic filter to improve body finite element analysis results show that the switch to the spindle motor bracing structure and the vacuum drum 6 bars of the welding station, the intensity is still reliable, to achieve the company's design requirements, than the existing design to a large extent saving manufacturing costs.. Through the ceramic filter plate support rib rack of finite element analysis and optimization, the optimized structure was found to save about 32% of the raw materials for the ceramic filter support rack design provides a guiding role.The issue with the actual working conditions ceramic filter to solve the structure of the ceramic filter design problem to obtain a reasonable, economical high mechanical structure.Show that the finite element analysis based on structural optimization and design techniques can improve the quality of product design, development and production to reduce manufacturing costs and improve product competitiveness in the market and the ability to play an important role.