Based on the results of FEM simulation, the process parameters and mould structure for precision alternator pole forging are optimized.
根据有限元模拟分析结果对磁极精锻成形工艺参数、模具结构进行了优化设计，并进行了磁极精锻成形工艺试验。
The optimized die is subject to less stress during forging process, which can ensure the service life of dies and guarantee the quality of forging part.
优化后的模具在锻造过程中承受较小的应力分布，从而可以确保模具的使用寿命以及锻件的质量不受影响。
This work provides the theory and technique foundation for implementing process optimized design and quality control scheme of TA15 alloy connecting piece isothermal forging process.
上述研究为TA15合金连接件的等温锻造工艺的优化设计及质量控制提供了理论和技术上的支持。
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