Quality Improvement of Shell Plane Milling Based on Finite Element Analysis
In manufacturing of casting shell parts,there are some problems such as difficulty in processing and ensu-ring surface quality such as flatness,and unstable qualification rates,due to irregular shapes,complex structures,and large machining areas. In order to effectively improve processing efficiency and reduce production costs,base on the actual pro-cessing conditions and environment,this article takes the shell surface milling as the research object. The finite element a-nalysis method is used to calculate the milling force and then the deformation of the shell is analyzed. For the maximum de-formation position,by adopting mature clamping methods and using the reverse preload support mode at the thin-walled part of the workpiece,the problem of the machining flatness quality of the shell in mass production is effectively improved.
milling processingflatnessfinite element analysispre-tightening support
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维普
