Moldex 3D在模压动力电池箱上的应用

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英文篇名：Application of Moldex 3D in molded power battery box 作者：胡贵 ; 关安南 ; 丁超 ; 叶南飚 英文作者：Hu Gui;Guan Annan;Ding Chao;Ye Nanbiao;Product R&D Center of Goldilocks Technology Co., Ltd.; 关键词：Moldex ; 3D ; LFT-D长玻纤压缩 ; 电池箱轻量化 ; 翘曲变形 ; 玻纤取向 ; 预填料 英文关键词：Moldex 3D;;LFT-D long glass fiber compression;;battery box lightweight;;warping deformation;;glass fiber orientation;;prefiller 中文刊名：SYKZ 英文刊名：Modern Salt and Chemical Industry 机构：金发科技股份有限公司产品研发中心; 出版日期：2019-02-15 出版单位：现代盐化工 年：2019 期：v.46;No.185 语种：中文; 页：SYKZ201901034 页数：2 CN：01 ISSN：32-1852/TS 分类号：84-85

摘要

借助Moldex 3D软件,本研究针对压缩成型长玻纤增强(LFT-D)电池箱进行模拟。对电池箱体的翘曲、玻纤取向和走胶困气等进行了预测;并对比壁厚、预填料布置和工艺等对于变形的影响。本文对LFT-D电池箱的模压成型进行模拟,对于LFT-D电池箱开发具有重要指导意义,希望通过本文提出的意见能够为新能源行业作出贡献。
        With the aid of Moldex 3 D software, the compression molding long glass fiber reinforced(LFT-D)battery box was simulated. The warping deformation, glass fiber orientation and trapping gas of the battery box are predicted in this research. The effects of wall thickness, prepacking arrangement and process on deformation are compared. In this paper, the modeling of LFT-D battery box is simulated, which is of great significance for the development of LFT-D battery box. It is hoped that this paper can contribute to the new energy industry through the advice put forward in this paper.

引文

[1]王芳,夏军.电动汽车动力电池系统—设计与制造技术[M].北京:科学出版社,2016.
    [2]NIGEL C, PAULA D.Advanced industrial and engineering polymer research[J].Industrial&Engineering Chemistry Research, 2018(1):99-110.