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The Fatigue and Aging Effects on the Materials of the Nuclear Power Plant Components and Systems

机译:核电厂部件和系统材料的疲劳和老化效应

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The first generation of nuclear power plants (NPP) parts, components, equipment and systems have completed their predicted trouble free operational life. Now their materials are posing fatigue and aging effects for the future useful applications in the NPP. For the reliable future operations, this study is made for the management of the fatigue and aging effects on the components/systems. The neutron irradiation and normal aging phenomena will cause deterioration in the properties of materials by increasing brittleness-ductile transition temperature. This would affect the reactor pressure vessel as well. For the design purpose as well as estimating the permissible service life of a reactor pressure vessel, it is essential to have reliable data regarding this effect. Considerable efforts have been made and data search carried out on this work.
机译:第一代核电厂(NPP)零件,组件,设备和系统已完成预测的无故障运营生活。现在,他们的材料对NPP中未来的有用应用构成了疲劳和老化效果。对于可靠的未来业务,本研究是为管理组件/系统的疲劳和老化效应的研究。中子辐射和正常老化现象将通过增加脆性 - 延展性转变温度导致材料性质的劣化。这也会影响反应器压力容器。对于设计目的以及估计反应堆压力容器的允许使用寿命,必须具有关于这种效果的可靠数据。已经进行了相当大的努力,并在这项工作中进行了数据搜索。

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