摘要
参数化设计是快锻压机液压系统技术发展的趋势之一,针对目前快锻压机设计时存在设计参数计算复杂、液压系统元件选型繁琐、产品成形后在实际应用中遇到问题不易解决等难点,利用VB. NET作为开发环境,采用AMESim与VB. NET联合仿真技术,设计开发快锻压机液压系统的计算、选型、仿真软件,可快捷、准确地计算出不同吨位快锻压机液压系统参数,并进行液压元件选型与系统仿真。通过分析仿真结果,可确定压机机组参数和元件选型的合理性,最后以报表的形式导出设计参数、元件型号以及仿真曲线,实现了快锻压机液压系统参数化设计,并将成为液压系统设计人员的有利工具。
Parametric design is one of the trends in the technology development of hydraulic system for high-speed forging press. For the current difficulties in the design of high-speed forging press,such as complex calculation of design parameter,fussy selection of hydraulic system component,difficulty in solving problems in practical application after product forming. Using VB. NET as the development environment,based on AMESim and VB. NET combined simulation technology,the software of hydraulic system for high-speed forging press used for calculation,component selection and system simulation was designed and developed,the hydraulic system parameters of different tonnage high-speed forging presses were calculated quickly and accurately,and the hydraulic component selection and system simulation were conducted. Then,the rationality of parameters and component selection of presses were identified by the analysis of simulation results,and the design parameters,component seledion and simulation curves were exported in the form of report. Finally,the parametric design of hydraulic system for high-speed forging press is realized,which is a favorable tool for hydraulic system designers.
作者
安建军
张晓丽
薛飞
王拴庆
白双宝
An Jianjun;Zhang Xiaoli;Xue Fei;Wang Shuanqing;Bai Shuangbao(Lanzhou Es Group Co.,Ltd.,Lanzhou Ls Energy Equipment Engineering Research Institute Co.,Ltd.,Lanzhou 730314,China;Engineering Technology Research Center of Large-scale Rapid Forging Hydraulic Equipment,Lanzhou 730314,China;Key Laboratory of Metal Plastic Forming Equipment Intelligent Control,Lanzhou 730314,China)
出处
《锻压技术》
CAS
CSCD
北大核心
2018年第11期105-109,共5页
Forging & Stamping Technology
关键词
快锻压机
液压系统
联合仿真技术
参数化设计
VB.NET
AMESIM
high-speed forging hydraulic press
hydraulic system
combined simulation technology
parametric design
VB. NET
AMESim
