Collateral Application And Study On CAE Cooling Technique In Mold Design

Plastic instead of the metal has been widely used nowadays. Howe'er in thecomplete confectioning cycle, high efficient and well-proportioned mould coolingsystem evidently reduce cooling time and enhance the quality of the parts, Whichtakes up to 3/4 of a complete confectioning cycle. By means of dummy making andnumerical dummy analysis, CAE technology on injection mould can forecast thequality disfigurement of the parts when moulded, which provide scientific gist for theparts's one-off moulding; Meanwhile, it overcome the disfigurement of long term,high cost and hard to assure the quality of the parts, when using traditional ways ofdesign. Now CAE technology has been widely applied and researched overseas, butcorrespondingly it is developed lately, which in it's infancy at home. In order toaccelerate the development of CAE technology in our country's mould industry, it isvery necessary to research the applying CAE technology to cooling analysis oninjection mould.Base on the disfigurement in traditional CAE cooling analysis technology, thispaper put up viewpoint of collateral cooling. It describes the CAE Collateral coolinganalysis technique and conducted research and basic application on mould structureand optimized cooling product, via Distortion analysis in advance of front ornamentof refrigerator and Optimizing efficiency CAE cooling technology on bottom plate ofwashing machine, the collateral application and study of CAE cooling analysistechnique on mold designing.The study of this subject provides a perfect apply background and theoretic basefor CAE cooling analysis and its application. Also, it helps a lot in optimized productdesign and mould cooling, especially the application and study on CAE collateralcooling technique, which is of innovative and practical.