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List of Figures |
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FIGURE 1. Complete construction model in Mechanical Desktop 6.0. 2. Top plate geometry in I-DEAS. 3. Complete body geometry in I-DEAS. 4. Body and neck geometry in I-DEAS. 5. Body, neck, and fingerboard geometry in I-DEAS. 6. Complete guitar geometry in I-DEAS. 7. Top plate mesh. 8. Bridge mesh. 9. Bridge plate mesh. 10. Saddle mesh (left) and nut mesh (right). 11. Top plate braces mesh. 12. Rib mesh. 13. Upper and lower kerfing mesh. 14. Back plate mesh. 15. Back plate braces mesh. 16. Neckblock, tailblock, neck and headblock meshing. 17. Fingerboard mesh. 18. Tuning machine mesh. 19. String and tuning machine mesh. 20. Top plate arch of 0.050". 21. Back plate arch of 0.200". 22. FEM of guitar with feature callouts. 23. Boundary condition 1 (BC1). 24. Boundary condition 2 (BC2). 25. Boundary condition 3 (BC3). 26. Boundary condition 4 (BC4). 27. Top plate mode shapes for actual Martin D-28 folk guitar [9]. 28. Back plate mode shapes for actual Martin D-28 folk guitar [9]. 29. Top plate mode (0, 0). 30. Back plate mode (0, 0). 31. Influence by feature inclusion on top plate mode (0, 0) frequency. 32. Frequency of top plate mode (0, 0) by feature inclusion. 33. Influence by parameter change on top plate mode (0, 0) frequency. 34. Frequency of top plate mode (0, 0) by parameter change. 35. Influence of arching on top plate mode (0, 0) frequency. 36. Frequency of top plate mode (0, 0) by arching. 37. Influence by feature inclusion on back plate mode (0, 0) frequency. 38. Frequency of back plate mode (0, 0) by feature inclusion. 39. Influence by parameter change on back plate mode (0, 0) frequency. 40. Frequency of back plate mode (0, 0) by parameter change. 41. Influence of arching on back plate mode (0, 0) frequency. 42. Frequency of back plate mode (0, 0) by arching. 43 . Influence by feature inclusion on top plate mode (0, 0) MEW. 44. MEW of top plate mode (0, 0) by feature inclusion. 45. Influence by parameter change on top plate mode (0, 0) MEW. 46. MEW of top plate mode (0, 0) by parameter change. 47. Influence by feature inclusion on back plate mode (0, 0) MEW. 48. MEW of back plate mode (0, 0) by feature inclusion. 49. Influence by parameter change on back plate mode (0, 0) MEW. 50. MEW of back plate mode (0, 0) by parameter change. |
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GuitarEngineer.com |
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Front View of Vacuum System |
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Technical information on classical and steel-string guitar research, design, manufacturing. |