基于CAE分析的汽車塑料飾件模具成型研究
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中圖分類號：TP90 文獻標志碼：A
Research on mold forming of automobile plastic trims based on CAE analysis
XU Wei'， ZHAO Xuansen2
1. Sichuan Topu Vocational College of Information Technology， Chengdu 611743， China; 2. Taiyuan University of Technology，Taiyuan O3Oooo，China）
Abstract：Since automobile plastic trims are usually small in size and highly complex，mold design often leads to multiple mold repairs due to internal defects or unreasonable parameter settings. To this end， this paper takes the driving mode function key touch cover as the research object based on CAE analysis，3D modeling the appearance，determining the gate type，designing the cold well， optimizing the pouring system size and cooling system. It was found in the experiment that the solidification factor of the mold in this paper has completed the solidification of the gate melt after 2.5s ，and the solidification factor at this time is1，and the gate solidification effect is good. The pouring time， shear rate，and filling rate of the mold are 1.19s ， 4×105S-1 ，and 98.99% ，respectively，which are the most ideal among all the comparison methods. The temperature difference between the northwest direction of the function key touch cover and the southeast direction of is 7% ，and there will be no warping phenomenon，which can reduce the mold design time，improve product quality and increase productivity for manufacturing companies.
Key words： automotive plastic trim; mold design; CAE analysis; 3D modeling; solidification factor
0 引言
隨著經(jīng)濟的快速發(fā)展，汽車制造行業(yè)在迅速崛起，人們對于汽車飾件的細節(jié)以及質(zhì)量的要求越來越高[1]。（剩余9837字）