Nuclear Simulation

1. Front Matter

   Pages I-X

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2. Introduction Simulation “In the Core”

   • M. R. Heller

   Pages 1-3

3. The Role of Symbolic Processing in Supercomputing

   • Robert M. White

   Pages 4-12

4. The ETA10 Supercomputer System

   • Charles D. Swanson

   Pages 13-23

5. Mathematical Problems in the Simulation of Reactor Plants

   • W. F. Werner

   Pages 24-43

6. Nuclear Power Plant Transient Analysis

   • G. Breiling

   Pages 44-55

7. Development of an Advanced Thermal Hydraulics Model for Nuclear Power Plant Simulation

   • Richard Moffett

   Pages 56-72

8. Finite Element Analysis in Computational Fluid Mechanics

   • A. J. Baker

   Pages 73-105

9. Prediction of Fluid Behaviour during Reactor Transient Analysis using Coupled 1D and 3D Models

   • D. Kirkcaldy, P. J. Phelps, N. Rhodes

   Pages 106-123

10. ENEA Nuclear Power Plant Engineering Simulator: Mathematical Models, Perfomances, Opportunities of Usage

    • G. M. Mancini, A. Mattucci

    Pages 124-137

11. The State of Mathematical Modeling for Power Plant Training Simulators

    • L. R. Foulke

    Pages 138-161

12. Concepts and Realization of the KWU Nuclear Plant Analyzer

    • H. Moritz, R. Hummel

    Pages 162-176

13. The Design, Development and Operation of a Compact Nuclear Power Plant Simulator

    • Michael F. Lynch, E. Grimm

    Pages 177-187

14. Design and Analysis of Nuclear Processes with the Apros

    • M. Hänninen, E. K. Puska, P. Nyström

    Pages 188-204

15. The Role of Simulation in Control System Design/Modification

    • Sen-I Chang, Shih-Jen Wang, Min-Song Lin

    Pages 205-222

16. USNRC’s Nuclear Plant Analyzer: Engineering Simulation Capabilities in the 1990’s

    • E. T. Laats

    Pages 223-234

17. CASMO-3/SIMULATE-3 Core Follow Calculations on Oskarshamn 3

    • K. Ekberg, S. Lundberg

    Pages 235-261

18. CASMO-3/MBS Benchmark Calculations on RINGHALS PWR

    • E. B. Jonsson, M. Eriksson, C. Holmlund, G. Norström

    Pages 262-271

19. 3-D Full Core Calculations for the Long-Term Behaviour of PWR’s

    • H.-J. Winter, K. Koebke, M. R. Wagner

    Pages 272-289

20. Numerical Methods for Advanced LWR Core Simulators

    • R. Böer, H. Finnemann, E. Michel

    Pages 290-307

Welcome to Bavaria - Germany and to the INTERNATIONAL NUCLEAR SIMULATION SYMPOSIUM AND MATHEMATICAL MODELLING WORKSHOP. A triennial international conference jointly promoted by Control.Data, GRS and SCS, which takes place at Schliersee, a small town near the Alps. The aim of the Symposium is to cover most of the aspects of nuclear modelling and simulation in theory and practice, to promote the exchange of knowledge and experience between different international research groups in this field, and to strengthen the international contact between developers and users of modelling and simulation techniques. On the occasion of the Symposium people of scientific and engineering disciplines will meet to discuss the state-of-the-art and future activities and developments. A large number of contributed papers has been strictly examined and selected by the papers committee to guarantee a high international standard. The book contains the accepted papers which will be presented at the Symposium. The papers have been classified according to the following topics: 1. HARDWARE TOOLS 2. SIMULATION-SOFTWARE-TOOLS 3. PLANT ANALYSER 4. REACTOR CORE 5. NUCLEAR WASTE Authors from 9 countries will meet at the Symposium. They work for Industrial Companies, Universities and the Research and Development Institutes so that a broad spectrum of simulation activities is covered: Theory and application, hardware and software, research and operations. The editor is greatful to the authors for making possible the publication of this book, and especially to WOLFGANG F. WERNEB, for the selection of the papers and the contribution to the success of the Symposium.

• model
• modeling
• reliability
• simulation

• Control Data GmbH, Germany

  Moshe R. Heller

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