题目：通过多目标优化实现曲轴加工的智能工艺规划
（Smart process planning of crankshaft machining through multiple objective optimization）
报告摘要：
To remain competitive amid the transition from internal combustion engine (ICE) vehicles to electric vehicles (EVs), traditional powertrain manufacturing plants must adapt from high-volume, dedicated production to high-mix, low- to medium-volume manufacturing as original equipment manufacturers (OEMs). In this context, the formulation and selection of process parameters and operation sequences in crankshaft production present significant challenges, as they are both complex and time-consuming. This study proposes an innovative approach to smart process planning for crankshaft machining lines using multi-turret machines. The focus is on automating process planning through multi-objective optimization of key decision variables, including process parameters, operation sequencing, and tool allocation on turret magazines. The primary objectives are to minimize both machining and non-machining time, reduce production costs through improved tool life management, and enhance product quality by optimizing surface roughness.By automating these critical decision-making processes, the proposed framework reduces reliance on manual intervention and supports efficient mass customization in modern manufacturing environments.
时间：2026年5月8日（星期五）15：30
地点：机械楼243会议室
报告人：王伟
报告人简介：
王伟博士，瑞典舍夫德大学高级讲师，英国诺森比亚大学访问学者，长期从事智能制造研究，目前主持欧盟科学技术合作组织（EU COST）项目、参与丹麦独立研究基金项目、英国学会（The British Academy)项目。
