Search - Number 23 - HYDRODYNAMIC MODEL OF POSSIBLE FLOODING OF AN INDUSTRIAL PLATFORM OF THE ZAPOROZHYE NUCLEAR POWER PLANT AT JOINT IMPACT OF A BEYOND DESIGN BASIS EARTHQUAKE AND A TORNADO IN A POND COOLER

HYDRODYNAMIC MODEL OF POSSIBLE FLOODING OF AN INDUSTRIAL PLATFORM OF THE ZAPOROZHYE NUCLEAR POWER PLANT AT JOINT IMPACT OF A BEYOND DESIGN BASIS EARTHQUAKE AND A TORNADO IN A POND COOLER
Cover not present HYDRODYNAMIC MODEL OF POSSIBLE FLOODING OF AN INDUSTRIAL PLATFORM  OF THE ZAPOROZHYE NUCLEAR POWER PLANT AT JOINT IMPACT OF A BEYOND DESIGN BASIS EARTHQUAKE AND A TORNADO IN A POND COOLER
Category: Number 23
Publication: 23
Summary

In offered article authors analyze possibility of flooding of an industrial platform of the Zaporozhye nuclear power plant at joint beyond design seismic and a tornado influence. On the basis of the developed hydrodynamic model and calculated feasibility criteria of possible flooding of an industrial platform of the Zaporozhye nuclear power plant depending on a response of acceleration and duration of seismic influence and also on the tornado power in the pond cooler and configuration of an industrial platform are defined. The offered study can be used by the implementation of the Plan of measures for further safety improvement of power units of the Ukrainian nuclear power plants taking into account accident lessons on the Fukushima-Daiichi nuclear power plant, approved by the operating organization (GC NNEGC "Energoatom") and regulator (SNRCU).

Keywords: нydrodynamic model, earthquake, tornado, pond cooler

References

1. National report. Results of realization "stress tests" //State inspection of the nuclear adjusting of Ukraine. - 2011.
2. Guidance on safety of RB-022-01. To recommendation as evaluated by descriptions of tornado for the objects of the use of atomic energy of / Gosatomnadzor Russia. - 2002. (Rus)
3. Skalozubov V.I., Kozlov I.L., Gablaia T.V. et al. Tsunami inundation method NPP industrial site in Fukushima-Daiichi // Problemy bezpeky atomnyh electrostantsiy і Chornobyilya (Problems of nuclear power plants and of Chornobyl). - 2013. - Iss. 21. - P. 27 - 32. (Rus)

Full text