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ConceptsNREC TurboOPT II Ballot

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* 1. Please provide your contact information

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* 2. Please apply a value to every item on the ballot (1-10, with 1 being no interest and 10 being critical).

	1	2	3	4	5	6	7	8	9	10
1. Add to the library of templates for different components that include the primary, secondary, and tertiary design parameters (i.e. "BASIC", "ADVANCED", and "EXPERT" templates)	1. Add to the library of templates for different components that include the primary, secondary, and tertiary design parameters (i.e. "BASIC", "ADVANCED", and "EXPERT" templates) 1	1. Add to the library of templates for different components that include the primary, secondary, and tertiary design parameters (i.e. "BASIC", "ADVANCED", and "EXPERT" templates) 2	1. Add to the library of templates for different components that include the primary, secondary, and tertiary design parameters (i.e. "BASIC", "ADVANCED", and "EXPERT" templates) 3	1. Add to the library of templates for different components that include the primary, secondary, and tertiary design parameters (i.e. "BASIC", "ADVANCED", and "EXPERT" templates) 4	1. Add to the library of templates for different components that include the primary, secondary, and tertiary design parameters (i.e. "BASIC", "ADVANCED", and "EXPERT" templates) 5	1. Add to the library of templates for different components that include the primary, secondary, and tertiary design parameters (i.e. "BASIC", "ADVANCED", and "EXPERT" templates) 6	1. Add to the library of templates for different components that include the primary, secondary, and tertiary design parameters (i.e. "BASIC", "ADVANCED", and "EXPERT" templates) 7	1. Add to the library of templates for different components that include the primary, secondary, and tertiary design parameters (i.e. "BASIC", "ADVANCED", and "EXPERT" templates) 8	1. Add to the library of templates for different components that include the primary, secondary, and tertiary design parameters (i.e. "BASIC", "ADVANCED", and "EXPERT" templates) 9	1. Add to the library of templates for different components that include the primary, secondary, and tertiary design parameters (i.e. "BASIC", "ADVANCED", and "EXPERT" templates) 10
2. Allow for creation of custom parameters that are calculated from other parameters	2. Allow for creation of custom parameters that are calculated from other parameters 1	2. Allow for creation of custom parameters that are calculated from other parameters 2	2. Allow for creation of custom parameters that are calculated from other parameters 3	2. Allow for creation of custom parameters that are calculated from other parameters 4	2. Allow for creation of custom parameters that are calculated from other parameters 5	2. Allow for creation of custom parameters that are calculated from other parameters 6	2. Allow for creation of custom parameters that are calculated from other parameters 7	2. Allow for creation of custom parameters that are calculated from other parameters 8	2. Allow for creation of custom parameters that are calculated from other parameters 9	2. Allow for creation of custom parameters that are calculated from other parameters 10
3. Expand secondary flow parameters to include backface and shroud leakage path control points	3. Expand secondary flow parameters to include backface and shroud leakage path control points 1	3. Expand secondary flow parameters to include backface and shroud leakage path control points 2	3. Expand secondary flow parameters to include backface and shroud leakage path control points 3	3. Expand secondary flow parameters to include backface and shroud leakage path control points 4	3. Expand secondary flow parameters to include backface and shroud leakage path control points 5	3. Expand secondary flow parameters to include backface and shroud leakage path control points 6	3. Expand secondary flow parameters to include backface and shroud leakage path control points 7	3. Expand secondary flow parameters to include backface and shroud leakage path control points 8	3. Expand secondary flow parameters to include backface and shroud leakage path control points 9	3. Expand secondary flow parameters to include backface and shroud leakage path control points 10
4. Expose drilled nozzle geometric parameters	4. Expose drilled nozzle geometric parameters 1	4. Expose drilled nozzle geometric parameters 2	4. Expose drilled nozzle geometric parameters 3	4. Expose drilled nozzle geometric parameters 4	4. Expose drilled nozzle geometric parameters 5	4. Expose drilled nozzle geometric parameters 6	4. Expose drilled nozzle geometric parameters 7	4. Expose drilled nozzle geometric parameters 8	4. Expose drilled nozzle geometric parameters 9	4. Expose drilled nozzle geometric parameters 10
5. Add surrogate models and design of experiments (DOE) from DAKOTA	5. Add surrogate models and design of experiments (DOE) from DAKOTA 1	5. Add surrogate models and design of experiments (DOE) from DAKOTA 2	5. Add surrogate models and design of experiments (DOE) from DAKOTA 3	5. Add surrogate models and design of experiments (DOE) from DAKOTA 4	5. Add surrogate models and design of experiments (DOE) from DAKOTA 5	5. Add surrogate models and design of experiments (DOE) from DAKOTA 6	5. Add surrogate models and design of experiments (DOE) from DAKOTA 7	5. Add surrogate models and design of experiments (DOE) from DAKOTA 8	5. Add surrogate models and design of experiments (DOE) from DAKOTA 9	5. Add surrogate models and design of experiments (DOE) from DAKOTA 10
6. Link TurboOPT II with NUMECA HEXPRESS to include volutes in optimization	6. Link TurboOPT II with NUMECA HEXPRESS to include volutes in optimization 1	6. Link TurboOPT II with NUMECA HEXPRESS to include volutes in optimization 2	6. Link TurboOPT II with NUMECA HEXPRESS to include volutes in optimization 3	6. Link TurboOPT II with NUMECA HEXPRESS to include volutes in optimization 4	6. Link TurboOPT II with NUMECA HEXPRESS to include volutes in optimization 5	6. Link TurboOPT II with NUMECA HEXPRESS to include volutes in optimization 6	6. Link TurboOPT II with NUMECA HEXPRESS to include volutes in optimization 7	6. Link TurboOPT II with NUMECA HEXPRESS to include volutes in optimization 8	6. Link TurboOPT II with NUMECA HEXPRESS to include volutes in optimization 9	6. Link TurboOPT II with NUMECA HEXPRESS to include volutes in optimization 10
7. Incorporate conditional multi-solver approach where optimization will cease at the point of "poor" results or recognized analysis failure	7. Incorporate conditional multi-solver approach where optimization will cease at the point of "poor" results or recognized analysis failure 1	7. Incorporate conditional multi-solver approach where optimization will cease at the point of "poor" results or recognized analysis failure 2	7. Incorporate conditional multi-solver approach where optimization will cease at the point of "poor" results or recognized analysis failure 3	7. Incorporate conditional multi-solver approach where optimization will cease at the point of "poor" results or recognized analysis failure 4	7. Incorporate conditional multi-solver approach where optimization will cease at the point of "poor" results or recognized analysis failure 5	7. Incorporate conditional multi-solver approach where optimization will cease at the point of "poor" results or recognized analysis failure 6	7. Incorporate conditional multi-solver approach where optimization will cease at the point of "poor" results or recognized analysis failure 7	7. Incorporate conditional multi-solver approach where optimization will cease at the point of "poor" results or recognized analysis failure 8	7. Incorporate conditional multi-solver approach where optimization will cease at the point of "poor" results or recognized analysis failure 9	7. Incorporate conditional multi-solver approach where optimization will cease at the point of "poor" results or recognized analysis failure 10
8. Integrate TurboOPT and HEEDS for "seamless" optimization	8. Integrate TurboOPT and HEEDS for "seamless" optimization 1	8. Integrate TurboOPT and HEEDS for "seamless" optimization 2	8. Integrate TurboOPT and HEEDS for "seamless" optimization 3	8. Integrate TurboOPT and HEEDS for "seamless" optimization 4	8. Integrate TurboOPT and HEEDS for "seamless" optimization 5	8. Integrate TurboOPT and HEEDS for "seamless" optimization 6	8. Integrate TurboOPT and HEEDS for "seamless" optimization 7	8. Integrate TurboOPT and HEEDS for "seamless" optimization 8	8. Integrate TurboOPT and HEEDS for "seamless" optimization 9	8. Integrate TurboOPT and HEEDS for "seamless" optimization 10
9. Expose DyRoBeS parameters	9. Expose DyRoBeS parameters 1	9. Expose DyRoBeS parameters 2	9. Expose DyRoBeS parameters 3	9. Expose DyRoBeS parameters 4	9. Expose DyRoBeS parameters 5	9. Expose DyRoBeS parameters 6	9. Expose DyRoBeS parameters 7	9. Expose DyRoBeS parameters 8	9. Expose DyRoBeS parameters 9	9. Expose DyRoBeS parameters 10
10. Expose GasTurb parameters	10. Expose GasTurb parameters 1	10. Expose GasTurb parameters 2	10. Expose GasTurb parameters 3	10. Expose GasTurb parameters 4	10. Expose GasTurb parameters 5	10. Expose GasTurb parameters 6	10. Expose GasTurb parameters 7	10. Expose GasTurb parameters 8	10. Expose GasTurb parameters 9	10. Expose GasTurb parameters 10

Please list up to two write-in items in the space below:

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* 3. Please rate the technical capability of this product:

1 Completely Unsatisfactory

2 Somewhat Useful But Needs Significant Improvement

3 Useful But Needs Improvement

4 Very Useful But Needs Minor Improvement

5 Completely Satisfactory

Or, put your own comments here:

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* 4. Please rate the technical support of this product:

1 Completely Unsatisfactory

2 Somewhat Useful But Needs Significant Improvement

3 Useful But Needs Improvement

4 Very Useful But Needs Minor Improvement

5 Completely Satisfactory

Or, put your own comments here:

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* 5. Would you recommend this product to a colleague?

Yes