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Design Status of the Structural Components of the Helical Fusion Reactor FFHR-d1

机译：螺旋融合反应器的结构部件的设计状态FFHR-D1

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摘要

FFHR-d1 is a conceptual design of the Large Helical Device-type fusion reactor. Several design optimizations for FFHR-d1 have been conducted under a multipath strategy. The structural design began from a radial build design of the components using a system code analysis and considering a shielding/breeding blanket design. The support structure must be sufficiently rigid to hold a constant geometric position of the radial build components. Additionally, large apertures are required for the maintenance work of in-vessel components. The shape of the support structure was carefully chosen and the analytically determined stress level was within the permissible limit. Thus, the basic design of the structural components of FFHR-d1 was established. To accelerate the design activity and achieve a consistent helical reactor system, the high-temperature superconducting joint-winding, liquid metal divertor, a supplemental helical coil addition, a novel divertor structure, and other challenging options are investigated alongside the basic design. This paper describes the structural design status of FFHR-d1 by focusing on the latest radial build design, construction scheme, and effectiveness of the novel divertor structure.
机译：FFHR-D1是大型螺旋装置型融合反应堆的概念设计。在多径策略下进行了几种FFHR-D1设计优化。结构设计从部件的径向构建设计开始使用系统代码分析，并考虑屏蔽/繁殖毯设计。支撑结构必须足够刚性以保持径向构建部件的恒定几何位置。另外，容器组件的维护工作需要大孔。仔细选择支撑结构的形状，并且分析确定的应力水平在允许的极限范围内。因此，建立了FFHR-D1的结构组分的基本设计。为了加速设计活动并实现一致的螺旋反应器系统，研究了高温超导绕组，液态金属偏移器，补充螺旋线圈加法，新的偏移体结构和其他具有挑战性的选择。本文介绍了FFHR-D1的结构设计状态，通过专注于新型径向构建设计，施工方案和新型偏移体结构的有效性。

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