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Training Courses on Nuclear Infrastructure Development

Training Courses

1. Nuclear Infrastructure Model for Nuclear Power Programme of Newcomer Country for top managers

Training Course “Nuclear Infrastructure Model for Nuclear Power Programme of Newcomer Country for top managers”, 36 h total

2. Nuclear Infrastructure Model for Nuclear Power Programme of Newcomer Country for middle managers

Training Course “Nuclear Infrastructure Model for Nuclear Power Programme of Newcomer Country for middle managers”, 72 h total

3. Planning of Nuclear Infrastructure Development in Newcomer Countries

Training Course “Planning of Nuclear Infrastructure Development in Newcomer Countries”, 36 h total

4. Russian computer codes used for safety assessment of WWER

Training Course “Russian computer codes used for safety assessment of WWER”, 2-4 h total

Training Modules

  1. Introduction to training course
  2. Use of Computer Codes for reactor safety Asessment
  3. KORSAR Code – overview and history of development. Basic features of KORSAR Code
  4. Results of Verification, Expert Evaluation  and Certification of KORSAR Code
  5. Input Files Structure and Principles of Nodolization for KORSAR Code. Simulation of NPP circuit using graphical editor of models
  6. Demonstration of KORSAR Code Simulation Process. Hands-on Tutorial
  7. Final test and discussion
5. The use of computer codes for assessing the safety of reactor systems and calculating the thermohydraulic parameters of small modular reactors and WWER reactors

Training Course “The use of computer codes for assessing the safety of reactor systems and calculating the thermohydraulic parameters of small modular reactors and WWER reactors”, 30 h total

Training modules

1. Introduction to training course

2. Nuclear Power in Russia: History, Current Status, and Trends

3. Nuclear reactor technology – the base for the sustainable development of the country

4. Main features of SMR concepts

5. Potential of SMR technology

6. Main design features of light water SMRs

7. Safety systems of water cooled SMRs

8. KORSAR Code – overview and history of development. Basic features of KORSAR Code

9. Results of Verification, Expert Evaluation  and Certification of KORSAR Code

10. Input Files Structure and Principles of Nodolization for KORSAR Code. Simulation of NPP circuit using graphical editor of models

11. Demonstration of KORSAR Code Simulation Process. Hands-on Tutorial

12. Demonstration of simulation process using KORSAR Code

13. Analysis of the obtained results. Evaluation of simulation errors

14. Practical application experience of KORSAR/GP Code for VVER reactors safety assessment

15. The role of CFD simulation in reactors safety system analysis

16. Practical session on simulation using open source CFD software

17. Practical session on simulation using open source CFD software

18. Final test and discussion

6. Environmental Protection, Site Selection and Licensing

Training Course “Environmental Protection, Site Selection and Licensing”, 36 h total

7. Development of national licensing system for personnel involved in work within nuclear facilities

Training Course “Development of national licensing system for personnel involved in work within nuclear facilities”, 36 h total

8. Issues of ensuring nuclear safety of NPP-2006 when using fuels based on regenerated materials: RepU, MOX and REMIX fuel

Training Course “Issues of ensuring nuclear safety of NPP-2006 when using fuels based on regenerated materials: RepU, MOX and REMIX fuel”, 120 h total

8. The safety issues of VVER-type reactors with nuclear fuel based on reprocessed uranium

Training Course “The safety issues of VVER-type reactors with nuclear fuel based on reprocessed uranium”, 36 h total

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