MATHEMATICAL MODELING OF COIMUM COOLING IN CONTAINMENT AT HEAVY ACCIDENTS AT NUCLEAR POWER PLANTS

Authors

  • Ali Kalvand Національний технічний університет України «Київський політехнічний інститут імені Ігоря Сікорського», Ukraine
  • Ivan Vasylovych Kazachkov Ніжинський державний університет імені Миколи Гоголя, Ukraine

DOI:

https://doi.org/10.20535/1813-5420.1.2009.181995

Abstract

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References

Казачков И.В., Али Хасан Могаддам. Моделирование теплогидравлических процессов при тяжелых авариях на АЭС.- Монография.- Киев: НТУУ «КПИ».- 2008.- 172 с.

Sehgal B.R. Accomplishments and challenges of the severe accident research // Nuclear Engineering and Design.- 2001.- Vol. 210.- P. 79-94.

Казачков И.В. Современное состояние и некоторые проблемы моделирования тяжелых аварий на зарубежных АЭС // Ядерная и радиационная безопасность.- 2003.- No 1.- С. 25-34.

Hasan Moghaddam Ali, Каzachkov І.V. Modelling of the corium melt interaction with water and vapour during severe accidents at NPP / 3rd WSEAS Intern. Conferences, Univ. Of Cambridge, February, 23-25.- 2008.- P. 71-76.

Asmolov V.V. Latest findings of RASPLAV Project / Proc. OECD/CSNI workshop on in-vessel core debris retention and coolability.- 1998.- Р. 34.

Bolshov L.A., et al. Numerical models of molten core spreading processes in nuclear reactor safety problems / Proc. of the 4th Int. Topical Meeting on Nuclear Thermal Hydraulics.- Operations and Safety. April.- Taipei.- Taiwan.- 1994.- Р.7.

Kolev N.I. Verification of IVA5 computer code for melt-water interaction analysis / Proc. NURETH-9.- 1999.- Р. 90-99.

Carboneau M.L., Berta V.T., Modro M.S. Experiment analysis and summary report for OECD LOFT Project Fission Product Experiment LP-FP-2 / OECD LOFT-T-3806.- 1989.- Р. 57-60.

Reactor risk reference document / USNRC Report NUREG-1150.- U.S. Nuclear Regulatory Commission.- 1987.- 67 р.

Magallon D. et al. Corium melt quenching tests at low pressure and subcooled water in FARO / Proc. NURETH-9.- 1999.- P. 53-55.

Kazachkov I.V., Paladino D. and Sehgal B.R. Ex-vessel coolability of a molten pool by coolant injection from submerged nozzles / 9th Int. Conf. Nucl. Energy Devel. April 8-12, 2001. Nice, France.- P. 43-49.

Alsmeyer H., Farmer M., Ferderer F., Spencer B.W. and Tromm W. 1998. The COMET-Concept for Cooling of Ex-Vessel Corium Melts. CD-ROM Proc. of ICONE-6. San Diego, California. pp. 437-445.

Alsmeyer H. and Tromm W. ”The COMET Concept for Cooling Core Melts: Evaluation of the Experimental Studies and Use in the EPR”, Wissenschaftliche Berichte FZKA 6186/EXV-CSC(99)-D036, Karlsruhe, Germany, Oktober 1999.

Schulenberg T. and Mueller U. A Refined Model for the Coolability of Core Debris with Flow Entry from the Bottom / 6th Information Exchange Meeting on Debris Coolability.- Univ. of California.- Los-Angeles.- 1984.

Бешта С.В., Витоль С.А., Крушинов Е.В., Грановский В.С и др. Кипение воды на поверхности расплава кориума в условиях тяжелой аварии ВВЭР // Теплоэнергетика.- 1998.- т. 45.- No 11.- С.11-18.

Fischer M. The severe accident mitigation concept and the design measures for core melt retention of the European Pressurized Reactor (EPR) // Nuclear Engineering and Design.- 2004.- 230.- Р.169–180.

Kazachkov I.V. and Konovalikhin M.J. A Model of a Steam Flow through the Volumetrically Heated Particle Bed // Int. J. of Thermal Sciences.- 2002.- Vol.41.- P.1077-1087.

Kazachkov I.V., Konovalikhin M.J. and Sehgal B.R. Dryout Location in a Low-porosity Volumetrically Heated Particle Bed // J. of Enhanced Heat Transfer.- 2001.- Vol.8.- no.6.- P.397-410.

Konovalikhin M.J., Kazachkov I.V. and Sehgal B.R. A model of the steam flow through the volumetrically heated saturated particle bed / ICMF 2001: Fourth International Conference on Multiphase Flow, New Orleans, Louisiana, USA, May 27 - June 1, 2001.- P. 37-43.

Sehgal B.R., Dinh T.N., Konovalikhin M.J., Paladino D. and Gubaidullin A.A. Experimental Investigations on Melt Spreading in One and Two Dimensions. Research Report for EU 4 Framework. Stockholm/Sweden.- 1998.- 145p.

Paladino D., Theerthan A. and Sehgal B.R. Experimental Investigation on Debris Coolability by Bottom Injection, ANS, Annual Meeting, Boston, USA.- 1999.- A.88.

Paladino D., Theerthan A., Yang Z.L. and Sehgal B.R. Experimental Investigations on Melt-Coolant Interaction Characteristics During Debris Cooling by Bottom Injection / OECD Workshop on Ex-Vessel Debris Coolability.-Karlsruhe.- Germany, November.- 1999.- P.169.

Kazachkov I.V., Paladino D. and Sehgal B.R. Ex-vessel coolability of a molten pool by coolant injection from submerged nozzles / 9th Int. Conf. Nucl. Energy Devel. April 8-12, 2001.- Nice, France.- P. 67-75.

Paladino D., Kazachkov I.V., Sehgal B.R. and Theerthan A. DECOBI Experiments at RIT/NPS/ Second Half-Yearly Progress Meeting of ECOSTAR Project. REZ-Czech Rep., Jan.31-Feb.2, 2001.

Kazachkov I.V. Konovalikhin M.J. and Sehgal B.R. Coolability of melt pools and debris beds with bottom injection // 2nd Japanese-European Two-Phase Flow Group Meeting, Tsukuba, Japan, 2000.- P. 90-96.

Sehgal B.R., Dinh T.N., Green J.A. and Paladino D., Experimental Investigation on Vessel-Hole Ablation During Severe Accidents, Research Report for SKI-Swedish Nuclear Power Inspectorate. Stockholm/Sweden.- 1997.- 123 p.

Sehgal B.R., Paladino D., Theerthan A., Kazachkov I., Phenomenological studies on melt coolability by bottom injection during severe accidents. KTH Report, 2001.- 97p.

Haraldsson H.O., Kazachkov I.V., Dinh T.N. and Sehgal B.R. Analysis of thin jet breakup length in immiscible fluids / Abstr. 3rd Int. Conf. Adv. in Fluid Mechanics 2000, 24-26 May, Montreal, Canada.- P. 43-47.

Park H.S., Kazachkov I.V., Sehgal B.R., Maruyama Y. and Sugimoto J. Analysis of plunging jet penetration into liquid pool with various densities // Abstr. 3rd Int. Conf. Adv. in Fluid Mechanics 2000, 24-26 May, Montreal, Canada.- P. 56-59.

Kazachkov I.V., Dinh T.N., Haraldsson H.O. and Sehgal B.R. Non-linear mathematical model of a thick jet penetration into liquid pool. Report NPS Div., Royal Inst. of Technol. Sthlm.- 1999.- 23 p.

Spindler B., Brayer C., De Cecco L. and Pineau D. Assessment of thema code against spreading experiments/ OECD Workshop on Ex-Vessel Debris Coolability.-Karlsruhe.- Germany, November.-1999.- P. 176.

Okkonen T. Melt-Water Interactions in a reactor containment: from integrated assessment to phenomenological studies/ Ph.D. thesis.- RIT/NPS.- Stockholm.- 1998.- 85p.

Bradley D.R. Modeling of heat transfer between core debris and concrete/ Proc. 25th National Heat Transfer Conf.- Huston, TX.- 1988.- P. 132-135.

Levy S. Heat transfer during molten corium-concrete interactions// Int. J. Nuclear Engineering and Design.- 1994.- 151.- Р. 235-246.

Калванд Али, Широков С.В., Казачков И.В. Система локализации расплава на реакторах ВВЭР-1000 нового поколения// Энергетика.- 2008.- No 1.- С. 11-17.

Накорчевский А.И. Гетерогенные турбулентные струи.- Киев: Наук. думка.- 1980.- 142с.

Игнатьев А.И., Киселёв А.Е., Семенов В.Н., Стрижов В.Ф., Филиппов А.С. ГЕФЕСТ: численное моделирование процессов в нижней части реактора ВВЭР при тяжёлой аварии. Препринт ИБРАЭ No IBRAE-2003-13 М.- 2003.- 31c.

Удалов Ю.П., Морозов Ю.Г., Гусаров В.В., и др. Расчётное и экспериментальное исследование взаимодействия расплава кориума с жертвенным материалом// Вопросы безопасности АЭС с ВВЭР.- Тр. н.-практ. семинара.- С.-Петербург, 12-14 сент. 2000.- С. 161.

Кумаев В.Я., Лебезов А.А., Астахов В.К. Разработка кода DINCOR-DGR для численного моделирования динамики плавления элементов и корпуса реактора ВВЭР-1000 кориумом в процессе тяжелой аварии/ Докл. 2-ой Всерос. н.-техн. конф. «Обеспечение безопасности АЭС с ВВЭР».- Подольск, 19–23 ноября 2001.- С. 111 – 112.