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Mechanical Design of JT-60SA Magnet System

机译:JT-60SA磁铁系统的机械设计

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摘要

Latest design of superconducting magnet system in JT-60SA is presented. This magnet system consists of the TF coils and PF coils (CS and EF coils). For this magnet system, stress analyses are systematically carried out to optimize the structural design. In the analysis of TF coil, it is clarified that jacket of conductor has significant strength under the designed electromagnetic (EM) load. In addition, coil case has margin of mechanical strength. For the PF coils, maximum stress appears at jackets of CS and EF conductor are less than 500 MPa, which is within fatigue limit. The latest design of CS support structure is very strong, because the no gap is made between CS modules even though total repulsive force of CS is maximum with no pre-compression. Therefore, optimization or simplification of structure design is possible for all magnet systems from the latest design in the detail design phase.
机译:介绍了JT-60SA中超导磁体系统的最新设计。该磁体系统由TF线圈和PF线圈(CS和EF线圈)组成。对于该磁体系统,系统地进行了应力分析以优化结构设计。在对TF线圈的分析中,明确了在设计的电磁(EM)负载下导体的护套具有显着的强度。另外,线圈盒具有机械强度的余量。对于PF线圈,在CS和EF导体的护套上出现的最大应力小于500 MPa,这在疲劳极限之内。 CS支撑结构的最新设计非常坚固,因为即使CS的总排斥力最大且没有预压缩,CS模块之间也不会形成间隙。因此,从详细设计阶段的最新设计开始,所有磁体系统的结构设计都可以优化或简化。

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