The table below lists the studied cases. In the “HxL_D” code, H corresponds to the notch height, L is the notch length while D corresponds to the specimen thickness. WP corresponds to the water path for immersion probes.
| Probe | Configurations | |
| Influence of the notch height |
2.25 MHz, Ø 6.35 mm, Contact
|
3.2×40_30 et 10×40_30 |
|
2.24 MHz, Ø 6.35 mm, Water path 25 mm |
0.5 à 15×15_30 | |
|
2.25 MHz, Ø 12.7 mm, Water path 25 mm |
||
|
5 MHz, Ø 6.35 mm, Water path 25 mm |
||
| Influence of the notch length |
2.25 MHz, Ø 6.35 mm, Water path 20 mm |
2×2_20, 2×5_20, 2×15_20, 6×15_20 |
|
4.5 MHz, Ø 12.7 mm, Water path 20 mm |
||
| Simultaneous influence of the 2 dimensions of the notch |
2 MHz, 20 x 22 mm, Contact |
2×40_50, 5×40_50, 10×40_50, 20×40_50, 2×5_50, 5×5_50, 10×5_50, 20×5_50 |
|
2.25 MHz, Ø 6.35 mm, Contact |
||
|
2.25 MHz, Ø 6.35 mm, Water path 20 mm |
0.5×2_5, 1.5×2_5, 2.5×2_5, 0.5×5_5, 1.5×5_5, 2.5×5_5, 0.5×10_5, 1.5×10_5, 2.5×10_5 |
|
|
4.7 MHz, Ø 6.35 mm, Water path 10 mm |
||
| Influence of the refraction angle (40° to 65°) |
2.25 MHz, Ø 12.7 mm, Water path 50 mm |
10×15_47 |
| Simultaneous influence of the notch height and the refraction angle (40° à 70°) |
2.24 MHz, Ø 6.35 mm, Water path 25 mm |
0.5 à 15×15_30 |
|
5 MHz, Ø 6.35 mm, Water path 25 mm |
||
| Simultaneous influence of the notch length and the refraction angle (45° à 65°) |
4.5 MHz, Ø12.7 mm, Water path 20 mm |
2×2_20, 2×5_20, 2×15_20, 6×15_20 |
Continue to Influence of the notch height
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