Erratum for “Seismic Design Spectra for Nuclear Power Plants”

Seismic Isolation of Nuclear Power Plants

The paper presents the world state-of-the-art of the Nuclear Power Plants (NPPs) provided with seismic isolation and focuses on the main problems related to the application of this technology to so peculiar structures, characterized by high masses, large sizes and severe safety requirements due to the possibility of relevant accidents with release of radioactivity and other extremely dangerous ...

Systems Design for Nuclear Power Plants

Seismic Safety Analysis and Upgrading of Operating Nuclear Power Plants

Experience of the March 11 2011, Great Tohoku earthquake clearly demonstrated that the earthquakes might be the dominating contributors to the overall risk of nuclear power plants (Institute of Nuclear Power Operations [INPO], 2011); International Atomic Energy Agency [IAEA], 2007). The seismic probabilistic safety assessments of several nuclear power plants also provided similar results. On th...

Evolution of Seismic Design of Structures, Systems and Components of Nuclear Power Plants

Safety of the personnel of a nuclear power plant (NPP) and the environment around the plant should be ensured against all natural hazards including earthquakes. With public safety as the paramount concern, NPP facilities are designed to withstand low-probability, high-magnitude earthquakes. In this paper, details are discussed regarding the evolution of seismic analysis and design aspects of nu...

Soft Soil Seismic Design Spectra Including Soil-structure Interaction

Design spectrum is known as an essential tool in earthquake engineering for calculation of maximum (design) responses in a structural system. Soil-structure interaction (SSI), as a phenomenon of coupling of responses of a structure and its underlying soil, was explored after introduction of design spectra and has not been taken into account in developing a design spectrum traditionally. To cons...