Page 16 - 数值模拟驱动的高温合金热加工技术
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第三节 热处理过程中的组织相变模拟 ··········································· 172
第四节 焊接接头性能优化策略 ···················································· 179
第六章 工艺参数优化与智能算法应用 ················································· 187
第一节 基于响应面法（RSM）的工艺参数设计 ······························ 187
第二节 遗传算法与神经网络在优化中的应用 ·································· 188
第三节 数字孪生技术与实时工艺调控 ··········································· 190
第四节 不确定性分析与鲁棒性优化框架 ········································ 197
第七章 工业应用案例与未来发展趋势 ················································· 203
第一节 航空发动机涡轮盘锻造模拟案例 ········································ 203
第二节 核电高温部件铸造工艺优化实践 ········································ 208
第三节 增材制造与数值模拟的融合探索 ········································ 215
第四节 多尺度—多学科协同仿真技术展望 ····································· 216
第五节 人工智能驱动的热加工技术革命 ········································ 217
参考文献······················································································· 219
