High-grade Numerical Control Machine Tool Honing The Main Structure Of The Dynamic And Static Analysis And Optimization

With precision machine tool to high speed, high precision, high the flexibility ofthe direction of rapid development, besides the requirement machine small weight,low cost, easy to use and has good property of the requirements on the machine hasthe more and more high processing performance. The processing performanceincluding the machine processing quality and cutting efficiency two important aspect,usually with be processing parts can achieve maximum precision and surface finish toassess the quality of the machine tool, processing, metal cutting rate or remove withthe utmost of cutting parameter value to assess the machine cutting efficiency. Andthe processing performance has their machine is closely related to the dynamicperformance, the fact proved, along with the continuous improvement of the machinetool performance, dynamic performance requirements for machine tools is higher andhigher also.1. Finite element method described the basic ideas and principles， outlines thedevelopment of finite element method and application process，and finally summedup the static analysis and modal analysis of the basic theory.2. Analysis four conditions of the effect of cutting force column, define the moredangerous processing environment of the column，as a basis forpost-optimization．3. Establish numerical control machine tool spindle box honing the finite elementmodel to establish numerical control machine tool spindle box honing the finiteelement model for the static and dynamic analysis, analysis of the spindle boxstatic just intensity and natural frequency.4. Finally, using the ANSYS parametric design language on the nc machine toolshoning main body structure of parameterized modeling to stem diameter hollowboring in section as the design variables is optimized, concluded that the optimalsolution.