OSCAR-5 Logo

Contents:

  • System Overview
  • External Interfaces (Plugins)
  • Installation
  • Working with Git
  • A Quick Introduction to the Python Interface
  • Configuring Hosts
  • Data Model
  • Using the Manager Utility
  • Applications
  • cOMPoSe (OSCAR Model Preparation System) User Manual
  • Tutorial: General OSCAR-5 Model Usage
  • Tutorial: Your First OSCAR-5 Run
  • Tutorial: Building a Reactor Model with OSCAR-5, Part 1
  • Tutorial: Building a Reactor Model with OSCAR-5, Part 2
    • Abstract
    • Introduction
    • Step-by-Step
    • Conclusion
  • Tutorial: Running Core-Follow and Related Applications with OSCAR-5
  • Developer Guide: Rapyds Application Framework

Appendix:

  • Additional Units
  • Data Types
  • Additional Resources
OSCAR-5
  • Tutorial: Building a Reactor Model with OSCAR-5, Part 2
  • Edit on GitLab

Tutorial: Building a Reactor Model with OSCAR-5, Part 2

../_images/banner2.png
  • Abstract
  • Introduction
    • Background
    • The Scenario
    • The OSCAR Approach
      • Creating a homogenized reactor model
      • The mini core model description
    • Symbols and Abbreviations
  • Step-by-Step
    • Getting Started: The OSCAR-5 Setup for this Scenario
    • Step 1: The cOMPoSe Setup for the Mini Core Model
    • Step 2: Defining the Homogenized Core Model
      • Setting the radial homogenization grid
      • Defining the axial homogenization mesh
      • Defining the core state
      • Visualize your homogenized core model
    • Step 3: Defining Homogenized Models for Loadable Components
      • The fuel assembly
      • The control assembly
    • Step 4: Testing the Nodal Model
      • Running full-core cuts to generate cross-sections
      • Generating equivalent nodal parameters
      • Checking equivalence for the nodal model
      • Checking replacement or reconfiguration errors for the nodal model
      • Using full core mixtures in your loadable components as advanced option
      • Summary of 2D cross-section preparation procedure
    • Step 5: Deploy and Test the 3D Nodal Model
    • Step 6: Run an application with your nodal model
  • Conclusion
Previous Next

© Copyright 2018, Necsa.

Built with Sphinx using a theme provided by Read the Docs.