摘要
根据工程设计经验,为减轻CICC导体设计工作量和缩短设计周期,提出了基于稳定性和应变的导体模拟设计理念,研究了应变对临界电流密度影响的量化效果,建立了导体数值仿真设计模型,进行了导体结构的模拟设计,并将数值仿真设计与工程设计进行了比较和分析,结果显示二者吻合良好.
According to the engineering design expertence,to reduces the design task and time of CICC（cable-in-conduit conductor） in the superconducting magnet,a simulation design idea based on stability and strain is presented.The effect of strain on critical current density is investigated,and a corresponding quantification method is given.A model of numerical simulation design of CICC is built,and the structure of CICC is designed by the model.The numerical simulation design coincides well with the engineering design.
出处
《电子学报》
EI
CAS
CSCD
北大核心
2010年第6期1334-1338,共5页
Acta Electronica Sinica
基金
科技部国际科技合作计划重点资助项目(No.2004CB720704)
关键词
应变
CICC
数值模拟
稳定性
导体设计
strain
cable-in-conduit conductor
numeric simulation
stability
design for CICC
