摘要
介绍以减轻产品质量、保证产品安全裕度、提高产品成形质量、节约生产成本为优化目标的研究方案,经过试制及道路试验,验证了多系统协同优化的铸改锻多目标优化方案的合理性,可为后续同类产品的轻量化设计提供指导。
In order to reduce product weight,to ensure product safety margin,to improve product forming quality and to save production cost,it verified the rationality of the above multi-objective optimization scheme of casting to forging by trial production and road experiment,which could provide guidance for the lightweight design of similar parts in the future.
作者
李文博
盛小涛
王冬艳
吴进
姜伟健
王成勇
LI Wen-bo;SHENG Xiao-tao;WANG Dong-yan;WU Jin;JIANG Wei-jian;WANG Cheng-yong(School of Materials Science and Engineering,Hefei University of Technology,Hefei,Anhui 230009,China;Shandong Detai Machinery Group Co.,Ltd.,Taian,Shandong 271229,China)
出处
《模具工业》
2020年第8期6-11,共6页
Die & Mould Industry
基金
基于大数据的车身焊装网络协同制造关键技术研究项目(W2019JSKF0637)。
关键词
板簧吊耳支架
铸改锻工艺
有限元分析
成形模拟
工艺优化
plate spring lug bracket
process shifting from casting to forging
finite element analysis
forming simulation
process optimization
