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Soil-structure interaction analyses for the study of nuclear power plant foundation alternatives under static and seismic loading

机译:静电地震载荷下核电厂基础替代品研究的土壤结构相互作用分析

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Main aim of the study was the evaluation of the possibility to realize construction of nuclear power plant from the foundation point of view for selected locality of the wider character and for existing geological and geotechnical conditions. Paper describes feasibility study, during which both static and seismic loadings were evaluated. Geological and geotechnical conditions are therefore briefly specified. For 2 typical representatives of nuclear blocs of the third generation produced worldwide (one for lower capacity around 1200 MW and second one for roughly 1800 MW) subsoil improvement was proposed in different alternatives. These alternatives were consequently verified using numerical soil-structure interaction modelling.
机译:该研究的主要目的是评估从更广泛特征的选定地点的基础角度实现核电站建设的可能性,以及用于现有地质和岩土工程条件。纸张介绍可行性研究,在此期间评估静态和地震载荷。因此,简要说明了地质和岩土工程条件。对于全球生产的第三代核集团的2个典型代表(一个用于较低的容量约为1200兆瓦,第二个用于大约1800 MW的第二个)的替代改善是在不同的替代方案中提出的。因此,使用数值土结构相互作用建模验证了这些替代方案。

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