摘要
应用参数化建模、数据库、有限元方法及金属成形控制等先进理论技术,开发出型钢轧制孔型参数化设计CAD系统、型钢全轧程三维热力耦合数值模拟优化CAE系统及轧辊加工CAM系统。以孔型参数化为基础将三者集成一体,实现数据直接传输的数字化型钢设计制造CAD-CAE-CAM系统,大幅度提高复杂断面型钢设计的开发效率和命中率,并有效解决研发制造中难以解决的质量和精度问题。高精度复杂断面型钢轧制数字化系统在钢轨高精度轧制及孔型优化方面得到实际应用,并成功开发出叉车门架型钢-J型钢等复杂断面型钢。
Advanced theory and technologies,parametric modeling,database management,finite element method and metal forming control,were applied in our study. Parametric pass design CAD system,whole process thermo-mechanical numerical simulation and optimizing CAE system and CAM system of rolls for section steel rolling were developed. All of the systems above were integrated based on the idea of pass parameterization. Thus,a CAD-CAE-CAM system of digital section steel rolling pass design and manufacturing with the database transmitting directly was achieved. The efficiency and accuracy of developing complex section steel were considerably improved and the problem of quality and precision during developing and manufacturing were effectively solved. High precision complex section steel rolling digital technology has been successfully applied in high precision rail rolling and pass optimizing practically,as well as in developing a gantry section steel（J-shaped steel）.
出处
《钢铁》
CAS
CSCD
北大核心
2017年第3期49-57,共9页
Iron and Steel
关键词
复杂断面型钢
轧制
数字化
数值模拟
钢轨
门架型钢
complex section steel
rolling
digital technology
numerical simulation
rail
gantry section steel
