Applications
This sections describes the various applications available in RAPYDS, and how to interact with them. Since all applications are built using a common framework, their interface elements have a lot in common. These elements are described in General Application Guidelines, and it is important to read this section before continuing to the application specific documentation.
All the available application modes are listed in the following table:
Application Module |
Description |
---|---|
Save and interact with assembly models. |
|
Save and interact with complete model configurations. |
|
Produce basic 2D plots of slices through a model. |
|
Check compatibility of a model for a particular target code (plugin). |
|
Compute the equilibrium fission source and related responses. |
|
Perform multiple equilibrium fission source calculation. |
|
Calculate reactivity insertion/removals. |
|
Compute detailed control rod (or bank) worth tables for a single rod (or bank). |
|
Compute detailed control rod (or bank) worth tables for a multiple rods (or banks). |
|
Creates a simple burnup dependent material library for a single assembly type. |
|
The document generation system. |
|
Perform predictive calculations for an upcoming cycle, or perform general design evaluations. |
Contents
- 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