• home Home
  • facebook
  • youtube
  • OVERVIEW
    • Reactor Physics & its Vision
    • Research Scope
    • Resources
  • RESEARCH
    • Direct Whole Core Calculation System Development
    • Monte Carlo Code Development
    • Computational Science
    • Multi-Physics Simulation
    • Practical Two-Step Method Development
  • CODES
    • Overview
    • nTRACER
    • RENUS
    • PRAGMA
    • SPHINCS
    • ESCOT
    • EXUS
  • MEMBERS
    • Professor
    • Ph.D. Students
    • MS Students
    • Alumni
  • PUBLICATIONS
    • Journals
    • Conferences
    • Dissertations
  • GALLARY
  • CONTACTS

PUBLICATIONS

  • Journals
  • Conferences
  • Dissertations

Conferences

Home PUBLICATIONS
  • Investigation of Conditional Transport Update In Method of Characteristics Based Coarse Mesh Finite Difference Transient Calculation

  • people Yeon Sang Jung and Han Gyu Joo
  • Preceeidng of PHYSOR2014, Kyoto, Japan, Sep. 28 - Oct. 03, 2014, on CD-ROM(2014)
    As an effort to achieve efficient yet accurate transport transient calculations for power reactors, the conditional transport update scheme in method of characteristics (MOC) based coarse mesh finite difference (CMFD) transient calculation is developed. In this scheme, the transport calculations serves as an online group constant generator for the 3-D CMFD transient calculation and the solution of 3-D transient problem is mainly obtained from the 3-D CMFD transient calculation. In order to reduce the computational burden of the intensive transport calculation, the transport updates is conditionally performed by monitoring change of composition and core condition. This efficient transient transport method is applied to 3x3 assembly rod ejection problem to examine the effectiveness and accuracy of the conditional transport calculation scheme.
목록
Rm 32-205(Department of Nuclear Engineering), Seoul National University, 1 Gwanak-ro, Gwanak-gu, Seoul, Rep. of Korea(08826)  |  TEL: +82-2-880-9241
Copyright © 2020 원자로 물리 연구실