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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
    • General Application Guidelines
    • Viewing and Archiving Assemblies
    • Viewing and Archiving Model Configurations
    • Create Two Dimensional Plots of Slices Through a Model
    • Check Model Compatibility
    • Steady State Neutron Flux Calculations
    • Multiple Steady State Neutron Flux Calculations
    • Rod Calibration Calculations
    • Rod Calibration Calculations for Multiple Rods
    • Facility Management
    • Creation of Burnup Dependent Material Libraries
    • Core Follow or Multi-Step Depletion Calculations
    • Performing Reload Calculations
    • De-Homogenization Tool (ODEHT) User Manual
    • Document Generation Utility
    • Application Data
      • Customizing the depletion mesh
      • Working with Distributions
      • Irradiation histories
    • Plugin Data Model and Application Support
  • 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
  • Tutorial: Running Core-Follow and Related Applications with OSCAR-5
  • Developer Guide: Rapyds Application Framework

Appendix:

  • Additional Units
  • Data Types
  • Additional Resources
OSCAR-5
  • Applications
  • Application Data
  • Edit on GitLab

Application Data

This section collects a number of data containers, or functions that is used in multiple applications.

  • Customizing the depletion mesh
    • What are fueled primitives?
    • Grouping primitives into bundles
      • bundles
    • Radial meshing
      • segments
    • Axial meshing
      • axial_layers
    • The resulting material mesh
  • Working with Distributions
    • Instantiating Distributions
      • variables
      • aggregate
    • Accessing Distribution Values
      • get_value()
      • set_value()
      • slice()
    • Distribution Containers
      • Flat
      • Discrete
      • bins
      • Interpolated
      • nodes
      • interpolation
      • Tensor
      • cartesian_mesh()
      • cylindrical_mesh()
      • Distributed
    • Attaching Distributions
      • InCore
      • InCoreChannel
      • InCoreChannels
    • Creating Responses
      • particle
      • to
      • distribution
    • Creating Sources
  • Irradiation histories
    • start_time
    • step_type
    • xenon_mode
    • time_stepping_algorithm
    • base_power
    • rig_loader
    • irradiation_history.add_decay_step()
    • irradiation_history.add_step()
    • General parameters defining an irradiation step
      • duration
      • save
      • critical_power
      • critical_banks
      • step_rigs
      • critical_rigs
    • Additional parameters for depletion steps
      • power
      • average_banks
    • Useful methods
      • irradiation_history.duration()
      • irradiation_history.total_power_delivered()
      • irradiation_history.step_frame()
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