摘要
在HL-2M装置主机安装工艺方案制定和项目建设过程中采用CAD&CAE设计工艺分析方法,根据各系统功能需求和安装进度需求,多次优化了主机安装工艺方案,对各系统之间的位置关系进行检查并对安装方案进行了计算机辅助模拟,最终形成了完善的具有可实施性的安装工艺技术方案。对安装工艺方案进行了全面分析与研究,总结论述了基准网的构建和关键部件的测量、绝缘与垫层工艺方案,装置核心区域磁导率控制等问题,对未来聚变堆的建设与发展提供了有价值的设计和工艺参考。
During the HL-2M tokamak installation plan formulation period and the project construction process,CAD&CAE design analysis method was adopted to optimize the assembly plan for many times according to the requirements of system function and installation schedule.The position relationship between each system was checked and the installation scheme was simulated by computer.Finally,a complete and implementable installation process and technical scheme were formed.The assembly plan was analyzed and studied comprehensively,and the construction of the three-dimensional datum network,the measurement of key components,the insulation and cushion process plan,and the magnetic permeability control of the key components of device are summarized and discussed in this work,to provide valuable design and assembly reference for the construction and development of the fusion reactor in the future.
作者
李连才
蔡立君
刘宽程
张龙
刘德权
毛维成
杨青巍
李强
HL-2M研制团队
LI Lian-cai;CAI Li-jun;LIU Kuan-cheng;ZHANG Long;LIU De-quan;MAO Wei-cheng;LI Qiang;HL-2M Development Team(Southwestern Institute of Physics,Chengdu 610041)
出处
《核聚变与等离子体物理》
CAS
CSCD
北大核心
2021年第S01期295-299,共5页
Nuclear Fusion and Plasma Physics
