| Use Case 1 |
Coil 2D |
Rectangular coil blocks, optimization |
Relative positioning of coil blocks, aligned in a Cartesian grid. Useful for optimization of window-frame geometries, racetrack coils. |
| Use Case 2 |
Coil 2D |
Coil Types |
Demonstrate the various different 2D coil geometry types |
| Use Case 3 |
Coil 2D |
2D Field Quality Calculation |
Demonstrate options for the calculation and visualizations of field-quality in the aperture of accelerator magnets. |
| Use Case 4 |
Coil 2D |
Peak Field Calculation |
Calculate peak fields in strands, position on the load line, temperature margins, and enthalpy margins to quench. |
| Use Case 5 |
Coil 3D |
Coilend Types |
Demonstrate the different variants of 3D coil ends as well as helical coils, 2D and 3D preview. |
| Use Case 6 |
Coil 3D |
Differential-Geometry Coilend Optimization |
Optimize a cross-over turn using differential-geometry methods |
| Use Case 7 |
Coil 2D |
Rectangular coil blocks, optimization |
Relative positioning of coil blocks, aligned in a Cartesian grid. Useful for optimization of window-frame geometries, racetrack coils. |
| Use Case 8 |
Coil 2D |
Coil Types |
Demonstrate the various different 2D coil geometry types |
| Use Case 9 |
Coil 2D |
Peak Field Calculation |
Calculate peak fields in strands, position on the load line, temperature margins, and enthalpy margins to quench. |
| Use Case 10 |
Coil 2D |
2D Field Quality Calculation |
Demonstrate options for the calculation and visualizations of field-quality in the aperture of accelerator magnets. |
| Use Case 11 |
Coil 3D |
Coilend Types |
Demonstrate the different variants of 3D coil ends as well as helical coils, 2D and 3D preview |
| Use Case 12 |
Coil 3D |
Differential-Geometry Coilend Optimization |
Optimize a cross-over turn using differential-geometry methods |
| Use Case 13 |
Iron 2D |
Iron 2D using BEMFEM |
Demonstrate options for the calculation and visualization of field including iron |
| Use Case 14 |
Coil 2D |
Ansys interface |
Show the capabilities of the ansys to roxie and roxie to ansys interface |
| Use Case 15 |
Coil 2D |
Margin in field angle dependent HTS superconductors |
Calculate peak fields in strands, position on the load line, temperature margins accounting for the field angle dependence on the critical current density of REBCO conductors. |
| Use Case 16 |
Coil 2D |
Optimization accounting for the field angle dependence on the critical current density |
Optimize the conductor position with respect to the magnet operational point in the load line in a background field of 8 T. |
| Use Case 17 |
Coil 2D |
Introduction to ROXIE through a worked example |
Conductor parameters, 2D coil geometry, field calculaiton, field optimization, iron yoke, margin and electromagnetic foces. |
| Use Case 18 |
Coil 2D |
Modeling of random geometric field errors |
Description of the procedure to estimate random field-shape errors by cable mispositioning in ROXIE program package. |
| Use Case 19 |
Coil 3D |
3D ansys interface |
Demonstrate the capabilities to export the 3D coil geometry from ROXIE to ANSYS |
| Use Case 20 |
Quench |
Quench analysis |
Describe ROXIE settings available for Quench Simulations |
| Use Case 21 |
Quench |
Quench analysis |
Temperature rise in conductors and distribution in the coil cross-section for a 12T model Quench Analysis |