Page 17 - 汽车悬架减震器制造工艺的理论与实践
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第九章 典型工程案例分析 ································································ 219
第一节 新能源汽车空气悬架减震器开发实例 ·································· 219
第二节 军用越野车极端环境验证方案 ··········································· 225
第三节 赛车减震器赛道数据驱动的快速迭代 ·································· 230
第四节 工业 4.0 示范工厂的工艺升级路径 ······································ 234
第五节 新兴市场低成本高可靠性方案 ··········································· 242
第十章 未来技术展望 ······································································ 249
第一节 智能材料（形状记忆合金）的应用前景 ······························· 249
第二节 能量回收式减震器的技术路线 ··········································· 254
第三节 基于量子计算的减震器优化设计 ········································ 260
第四节 增材制造颠覆性工艺 ······················································· 265
第五节 车路协同系统中的减震器角色重构 ····································· 270
第六节 全球技术路线图与专利布局策略 ········································ 274
参考文献······················································································· 281
