Keynote Speakers


Prof. Alexander Vasiliev
Moscow Institute of Physics and Technology, Russia

Speech Title: Application of New Perspective Materials as Advanced Tolerant Fuel Cladding Materials in Nuclear Reactors of Future Generation
Biography: In 1985 Alexander Vasiliev finished Moscow Institute of Physics and Technology (diploma cum laudis). From November 1985 to November 1988 he attended postgraduate courses attached to I.V.Kurchatov Atomic Energy Institute, Moscow. In March 1989 Alexander Vasiliev defended the Ph.D. entitled, "Models of Thermal Processes under the Action of the Moderate Energy Fluxes on Materials". Principal advisor - Prof. L.A.Bolshov, currently Head of Nuclear Safety Institute, Moscow, Academician of Russian Academy of Sciences.
From 1988 to 1997 Alexander Vasiliev worked at I.V.Kurchatov Atomic Energy Institute, Moscow. Field of occupation: development and verification of Russian reference “best estimate” computer code SOCRAT on water-water nuclear reactor (VVER) and liquid metal fast reactor (LMFR) accident application; development and verification of Russian new generation sub-channel thermal-hydraulic and neutronic code HYDRA, application of code SOCRAT to normal operation, design-basis-accidents & beyond-design-basis-accidents at nuclear power plants, including fission products release and transport in containment and atmosphere, and spent fuel pool accidents.
In 1994 he worked as research associate in Department of Nuclear Engineering, University of Tennessee, Knoxville, US. He performed investigation work on theoretical establishment of critical heat flux and thermal limit values under the conditions of natural low-mass low-pressure two-phase flow following reactor accident.
From 1997 to present time Dr. Alexander Vasiliev works at Nuclear Safety Institute of the Russian Academy of Sciences (IBRAE) as senior research associate, head of laboratory, principal research associate. The main areas of interest include analysis of accidents at nuclear power plants (mainly Russian VVER type), radioactive waste operation, application and behavior of new materials in nuclear energy including oxidation of zirconium-based and new perspective accident-tolerant fuel claddings in steam-oxygen-nitrogen gas mixtures.
Abstract: Currently, the comprehension among the specialists and functionaries throughout the world is getting stronger that the nuclear industry can encounter serious difficulties in development in the case of insufficiently decisive measures to enhance the safety level of nuclear objects and to ensure clean energy and green world. The keen competition with renewable energy sources like wind, solar or geothermal energy takes place presently and is expected to continue in future decades. One of main measures of nuclear safety enhancement could be a drastic renovation of materials used in nuclear industry.
The analytical models of high-temperature oxidation of new perspective materials including chromium-nickel-based alloys, zirconium-based cladding with protective chromium coating, FeCrAl alloys and composite claddings on the basis of SiC/SiC in the course of design-basis and beyond-design-basis accidents at nuclear power plants (NPPs) are developed and implemented to severe accident computer running code. The comparison with available experimental data is conducted.
The preliminary calculations of nuclear pressurized water reactor loss-of-coolant accidents with new types of claddings demonstrate encouraging results for hydrogen generation rate and integral hydrogen production. It looks optimistic for considerable upgrade of safety level for future generation NPPs using new fuel and cladding materials.
Keywords: nuclear power plant, accident-tolerant fuel, cladding corrosion and oxidation, hydrogen release, enhanced level of safety.


Prof. Mehdi Toloo
Technical University of Ostrava, Czech Republic

Biography: Mehdi TOLOO is a Full Professor of Systems Engineering and Informatics in the Department of Systems Engineering and Informatics at the Technical University of Ostrava in Czech Republic. Areas of interest include Operations Research, Decision Analysis, Performance Evaluation, Multi-Objective Programming, and Mathematical Modelling. He has contributed to numerous international conferences as a chair, keynote speaker, presenter, track/session chair, workshop organizer, and member of the scientific committee. Mehdi has lots of experience in leading and collaboration in many successful research projects. He acts as an area editor for Computers & Industrial Engineering at ELSEVIER, an associate editor for RAIRO-Operations Research and a guest editor for Central European Journal of Operations Research at Springer. He has written fourteen books and his research has been published in top-tier journals including OMEGA, Energy, European Journal of Operational Research, Computers & Industrial Engineering, Computers & Operations Research, International Journal of Production Research, Journal of the Operational Research Society, Annals of Operations Research, Applied Mathematics and Computers, Applied Mathematical Modelling, Expert Systems with Applications, International Journal of Advanced Manufacturing Technology, Computers and Mathematics with Applications, and Measurement.


Prof. Zan Wu
Lund University, Sweden

Biography: Zan Wu is presently a research associate at the Department of Energy Sciences, Lund University, Lund, Sweden. He received his B.Sc. in energy and environmental system engineering in 2008, and Ph.D. in energy engineering, both from Zhejiang University, Hangzhou, China. His research activities include multiphase flow, phase-change heat transfer enhancement techniques, microfluidics, surface modification, nanofluids, thermophysical properties, and compact heat exchangers. He has co-authored about 30 papers in international journals and conferences and two book chapters.

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ICEPECA2020 Invitation

Brief Introduction of Beijing

Beijing, also known as Peking, is the capital of the People's Republic of China and one of the most populous cities in the world, with a population of 19,612,368 as of 2010. The city is the country's political, cultural, and educational center, and home to the headquarters for most of China's largest state-owned companies. Governed as a municipality under the direct administration of the national government, Beijing is divided into 14 urban and suburban districts and two rural counties. It is a major transportation hub, with dozens of railways, roads and motorways passing through the city, and the destination of many international flights to China. Welcome to Beijing for attending ICEPECA2020!

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