中国氦冷固态增殖剂试验包层模块第一壁的改进设计与分析
중국양랭고태증식제시험포층모괴제일벽적개진설계여분석
Modified design and analysis for the first wall of CH HCCB TBM
  • 万方数据
    核聚变与等离子体物理 핵취변여등리자체물리
    NUCLEAR FUSION AND PLASMA PHYSICS
    2014年 3期 230-234 ,共5页

    王琦杰%曹启祥%赵周%冯开明

    왕기걸%조계상%조주%풍개명

    ITER%TBM第一壁%热工水力%应力%安全分析 ITER%TBM第一壁%熱工水力%應力%安全分析
    ITER%TBM제일벽%열공수력%응력%안전분석
    ITER%TBM first wall%Thermo-hydraulic%Stress%Safety analysis
    根据中国氦冷固态增殖剂试验包层模块(CH HCCB TBM)设计方案，对TBM第一壁进行改进设计，在ITER 相应运行工况条件下，进行了热工水力及应力计算与分析。分析结果表明，改进后的第一壁要求、最大应力值和在最高温度、冷却剂压降及应力分布方面，表现均优于原设计方案第一壁。
    근거중국양랭고태증식제시험포층모괴(CH HCCB TBM)설계방안，대TBM제일벽진행개진설계，재ITER 상응운행공황조건하，진행료열공수력급응력계산여분석。분석결과표명，개진후적제일벽요구、최대응력치화재최고온도、냉각제압강급응력분포방면，표현균우우원설계방안제일벽。
    Based on the CH HCCB TBM design, the detail of the new modified first wall (FW) was described, and a series related analysis was conducted to compare with former design. In the preliminary analysis, the modified FW design shows much more advantages in comparison with the former design. The working conditions of the analysis have been set to ITER design condition. The performances and the results obtained from thermo-hydraulics and stress analysis are presented.
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