auto-panel 自动控制批示板
auto panel board 汽车仪表盘纸板
Auto Panel Reset 面板自动复位
auto panel die 覆盖件模具
auto panel part 汽车覆盖件
Auto panel dies 汽车车身模具
auto-panel part 汽车覆盖件
auto panel product 覆盖件产品
auto panel forming 覆盖件成形
Meantime, the wide application of the sheet forming process computer simulation technology, has greatly improved die design’s efficiency and quality, reduced research and time cost, and has been a significant technological basis pushing the development of auto panel die design.
同时,板料成形过程的计算机仿真技术得到迅速发展和应用,显著提高了模具设计的效率和质量,减少了模具开发中的成本和时间消耗,已成为推动覆盖件模具设计领域发展的重要技术基础。
参考来源 - 汽车覆盖件拉深模型面的优化设计·2,447,543篇论文数据，部分数据来源于NoteExpress
Therefore, there are notable engineering significance and academic value to seek for a numerical simulation based optimization method for auto panel forming process.
因此，基于成形过程数值模拟，寻求适用于汽车覆盖件成形过程的优化方法，具有重要的工程意义和研究价值。
The use of high strength steels reduces the weight of auto panel, alleviates the energy and environment problems, but it also arouses the galling more easily than the common steels.
高强度钢板的使用减轻了车身重量，但也引起了大面积的车身覆盖件拉毛缺陷。
The proposed method is used with FE simulations, and the example of spring-back compensation demonstrates that it is efficient, accurate and robust for auto panel forming process optimization.
该方法无须求解函数灵敏度，在保证拟合精度的前提下，能光滑响应并最大程度减少精确分析计算量，分析前翼子板回弹补偿优化设计实例，证明其具有很高的精度和鲁棒性。
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