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ConceptsNREC 2022 pbFEA Ballot

Question Title

* 1. Please provide your contact information

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Company

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Question Title

* 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. Include the ability to use a full 360° model for FEA	1. Include the ability to use a full 360° model for FEA 1	1. Include the ability to use a full 360° model for FEA 2	1. Include the ability to use a full 360° model for FEA 3	1. Include the ability to use a full 360° model for FEA 4	1. Include the ability to use a full 360° model for FEA 5	1. Include the ability to use a full 360° model for FEA 6	1. Include the ability to use a full 360° model for FEA 7	1. Include the ability to use a full 360° model for FEA 8	1. Include the ability to use a full 360° model for FEA 9	1. Include the ability to use a full 360° model for FEA 10
2. Continue to build on additive manufacturing capability by adding multiple parametric voids, ribs and web-structures	2. Continue to build on additive manufacturing capability by adding multiple parametric voids, ribs and web-structures 1	2. Continue to build on additive manufacturing capability by adding multiple parametric voids, ribs and web-structures 2	2. Continue to build on additive manufacturing capability by adding multiple parametric voids, ribs and web-structures 3	2. Continue to build on additive manufacturing capability by adding multiple parametric voids, ribs and web-structures 4	2. Continue to build on additive manufacturing capability by adding multiple parametric voids, ribs and web-structures 5	2. Continue to build on additive manufacturing capability by adding multiple parametric voids, ribs and web-structures 6	2. Continue to build on additive manufacturing capability by adding multiple parametric voids, ribs and web-structures 7	2. Continue to build on additive manufacturing capability by adding multiple parametric voids, ribs and web-structures 8	2. Continue to build on additive manufacturing capability by adding multiple parametric voids, ribs and web-structures 9	2. Continue to build on additive manufacturing capability by adding multiple parametric voids, ribs and web-structures 10
3. Add ability to analyze hollowed blades	3. Add ability to analyze hollowed blades 1	3. Add ability to analyze hollowed blades 2	3. Add ability to analyze hollowed blades 3	3. Add ability to analyze hollowed blades 4	3. Add ability to analyze hollowed blades 5	3. Add ability to analyze hollowed blades 6	3. Add ability to analyze hollowed blades 7	3. Add ability to analyze hollowed blades 8	3. Add ability to analyze hollowed blades 9	3. Add ability to analyze hollowed blades 10
4. Addition of visualization for displacement and temperature constraints	4. Addition of visualization for displacement and temperature constraints 1	4. Addition of visualization for displacement and temperature constraints 2	4. Addition of visualization for displacement and temperature constraints 3	4. Addition of visualization for displacement and temperature constraints 4	4. Addition of visualization for displacement and temperature constraints 5	4. Addition of visualization for displacement and temperature constraints 6	4. Addition of visualization for displacement and temperature constraints 7	4. Addition of visualization for displacement and temperature constraints 8	4. Addition of visualization for displacement and temperature constraints 9	4. Addition of visualization for displacement and temperature constraints 10
5. Addition of creep life assessment based on Larson-Miller material data	5. Addition of creep life assessment based on Larson-Miller material data 1	5. Addition of creep life assessment based on Larson-Miller material data 2	5. Addition of creep life assessment based on Larson-Miller material data 3	5. Addition of creep life assessment based on Larson-Miller material data 4	5. Addition of creep life assessment based on Larson-Miller material data 5	5. Addition of creep life assessment based on Larson-Miller material data 6	5. Addition of creep life assessment based on Larson-Miller material data 7	5. Addition of creep life assessment based on Larson-Miller material data 8	5. Addition of creep life assessment based on Larson-Miller material data 9	5. Addition of creep life assessment based on Larson-Miller material data 10
6. Interactive wireframe based grid specification for tet mesh	6. Interactive wireframe based grid specification for tet mesh 1	6. Interactive wireframe based grid specification for tet mesh 2	6. Interactive wireframe based grid specification for tet mesh 3	6. Interactive wireframe based grid specification for tet mesh 4	6. Interactive wireframe based grid specification for tet mesh 5	6. Interactive wireframe based grid specification for tet mesh 6	6. Interactive wireframe based grid specification for tet mesh 7	6. Interactive wireframe based grid specification for tet mesh 8	6. Interactive wireframe based grid specification for tet mesh 9	6. Interactive wireframe based grid specification for tet mesh 10
7. Implementation of a design tool that aids in selecting type of removable blade attachment (i.e. dovetail, fir tree, T, etc.) for given blade/platform design (Note: multi-year project)	7. Implementation of a design tool that aids in selecting type of removable blade attachment (i.e. dovetail, fir tree, T, etc.) for given blade/platform design (Note: multi-year project) 1	7. Implementation of a design tool that aids in selecting type of removable blade attachment (i.e. dovetail, fir tree, T, etc.) for given blade/platform design (Note: multi-year project) 2	7. Implementation of a design tool that aids in selecting type of removable blade attachment (i.e. dovetail, fir tree, T, etc.) for given blade/platform design (Note: multi-year project) 3	7. Implementation of a design tool that aids in selecting type of removable blade attachment (i.e. dovetail, fir tree, T, etc.) for given blade/platform design (Note: multi-year project) 4	7. Implementation of a design tool that aids in selecting type of removable blade attachment (i.e. dovetail, fir tree, T, etc.) for given blade/platform design (Note: multi-year project) 5	7. Implementation of a design tool that aids in selecting type of removable blade attachment (i.e. dovetail, fir tree, T, etc.) for given blade/platform design (Note: multi-year project) 6	7. Implementation of a design tool that aids in selecting type of removable blade attachment (i.e. dovetail, fir tree, T, etc.) for given blade/platform design (Note: multi-year project) 7	7. Implementation of a design tool that aids in selecting type of removable blade attachment (i.e. dovetail, fir tree, T, etc.) for given blade/platform design (Note: multi-year project) 8	7. Implementation of a design tool that aids in selecting type of removable blade attachment (i.e. dovetail, fir tree, T, etc.) for given blade/platform design (Note: multi-year project) 9	7. Implementation of a design tool that aids in selecting type of removable blade attachment (i.e. dovetail, fir tree, T, etc.) for given blade/platform design (Note: multi-year project) 10
8. Addition of UI for setting up removable blade (contact) analysis input file for ANSYS	8. Addition of UI for setting up removable blade (contact) analysis input file for ANSYS 1	8. Addition of UI for setting up removable blade (contact) analysis input file for ANSYS 2	8. Addition of UI for setting up removable blade (contact) analysis input file for ANSYS 3	8. Addition of UI for setting up removable blade (contact) analysis input file for ANSYS 4	8. Addition of UI for setting up removable blade (contact) analysis input file for ANSYS 5	8. Addition of UI for setting up removable blade (contact) analysis input file for ANSYS 6	8. Addition of UI for setting up removable blade (contact) analysis input file for ANSYS 7	8. Addition of UI for setting up removable blade (contact) analysis input file for ANSYS 8	8. Addition of UI for setting up removable blade (contact) analysis input file for ANSYS 9	8. Addition of UI for setting up removable blade (contact) analysis input file for ANSYS 10
9. Create a comprehensive parameterization UI for static geometries (e.g. stator vanes)	9. Create a comprehensive parameterization UI for static geometries (e.g. stator vanes) 1	9. Create a comprehensive parameterization UI for static geometries (e.g. stator vanes) 2	9. Create a comprehensive parameterization UI for static geometries (e.g. stator vanes) 3	9. Create a comprehensive parameterization UI for static geometries (e.g. stator vanes) 4	9. Create a comprehensive parameterization UI for static geometries (e.g. stator vanes) 5	9. Create a comprehensive parameterization UI for static geometries (e.g. stator vanes) 6	9. Create a comprehensive parameterization UI for static geometries (e.g. stator vanes) 7	9. Create a comprehensive parameterization UI for static geometries (e.g. stator vanes) 8	9. Create a comprehensive parameterization UI for static geometries (e.g. stator vanes) 9	9. Create a comprehensive parameterization UI for static geometries (e.g. stator vanes) 10
10. Addition of UI for setting up non-linear (e.g. elastic-plastic) analysis input file for ANSYS	10. Addition of UI for setting up non-linear (e.g. elastic-plastic) analysis input file for ANSYS 1	10. Addition of UI for setting up non-linear (e.g. elastic-plastic) analysis input file for ANSYS 2	10. Addition of UI for setting up non-linear (e.g. elastic-plastic) analysis input file for ANSYS 3	10. Addition of UI for setting up non-linear (e.g. elastic-plastic) analysis input file for ANSYS 4	10. Addition of UI for setting up non-linear (e.g. elastic-plastic) analysis input file for ANSYS 5	10. Addition of UI for setting up non-linear (e.g. elastic-plastic) analysis input file for ANSYS 6	10. Addition of UI for setting up non-linear (e.g. elastic-plastic) analysis input file for ANSYS 7	10. Addition of UI for setting up non-linear (e.g. elastic-plastic) analysis input file for ANSYS 8	10. Addition of UI for setting up non-linear (e.g. elastic-plastic) analysis input file for ANSYS 9	10. Addition of UI for setting up non-linear (e.g. elastic-plastic) analysis input file for ANSYS 10

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

Question Title

* 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:

Question Title

* 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:

Question Title

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

Yes