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Micromechanical modelling of functionally graded W-Cu materials for divertor plate compojnents in a fusion reacgtor

机译:功能分级W-Cu材料在聚变反应堆中分流板组件的微机械建模

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摘要

Themonuclear fusion process implementation has many materials problems and one of them is related to removal of impurities from plasma. In the International Thermonuculear Experimental Reactor (ITER), a divertor coneept has been incorporated for this purpose. In this work, the development of a micromechanical model for FGM is presented and its application to thermal-elasto -plastic analysis is discussed for the case of W-Cu FGM for ITER divertor plates.
机译:单核聚变工艺的实施存在许多材料问题,其中之一与从血浆中去除杂质有关。在国际热核实验反应堆(ITER)中,为此目的采用了偏滤锥。在这项工作中,提出了用于FGM的微力学模型的开发,并讨论了其在用于ITER分流器板的W-Cu FGM情况下在热弹塑性分析中的应用。

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