4. Results#
4.1. Rotor stopped (OMEGA = 0 rpm)#
4.1.1. Unitary harmonic effort according to X#
Table 4.1.1-1 : X and Z movements as a function of the excitation frequency
Frequency in \(\mathit{Hz}\) |
Phase \(X\) reference (degrees) |
Phase \(X\) Code_Aster (degrees) |
Phase \(Z\) reference (degrees) |
Phase \(Z\) Code_Aster (degrees) |
Phase Code_Aster (degrees) |
1 |
-0.0265 |
-0.0264 |
-0.0644 |
-0.0652 |
|
25 |
-0.6705 |
-0.6684 |
-0.6684 |
-1.6253 |
-1.6449 |
250 |
-137.1030 |
-137.7761 |
139.5277 |
141.6458 |
Table 4.1.1-2 : Phases \(X\) and \(Z\) depending on the excitation frequency
4.1.2. Unitary harmonic effort according to Z#
Table 4.1.2-1 : Movations \(X\) and \(Z\) depending on the excitation frequency
Frequency in Hz |
Phase \(X\) reference (degrees) |
Phase \(X\) Code_Aster (degrees) |
Phase \(Z\) reference (degrees) |
Phase \(Z\) Code_Aster (degrees) |
|
1 |
-179.8568 |
-179.8576 |
179.9769 |
179.9770 |
179.9770 |
25 |
-176.4619 |
-176.4823 |
179.4165 |
179.4181 |
179.4181 |
250 |
-5.8731 |
-6.2622 |
115.2685 |
115.3362 |
Table 4.1.2-2 : Phases \(X\) and \(Z\) depending on the excitation frequency
4.2. Rotor rotating at OMEGA = 40000 rpm#
4.2.1. Unitary harmonic effort according to X#
Table 4.2.1-1 : Movations \(X\) and \(Z\) depending on the excitation frequency
Frequency in \(\mathit{Hz}\) |
Phase \(X\) reference (degrees) |
Phase \(X\) Code_Aster (degrees) |
Phase \(Z\) reference (degrees) |
Phase \(Z\) Code_Aster (degrees) |
Phase Code_Aster (degrees) |
1 |
-0.0068 |
-0.0067 |
-0.1637 |
-0.1647 |
-0.1647 |
25 |
-0.1664 |
-0.1632 |
-0.1632 |
-4.0901 |
-4.1134 |
250 |
-141.0235 |
-140.1804 |
-140.1804 |
98.1335 |
98.0294 |
Table 4.2.1-2 : Phases \(X\) and \(Z\) depending on the excitation frequency
4.2.2. Unitary harmonic effort according to Z#
Table 4.2.2-1 : Movations \(X\) and \(Z\) depending on the excitation frequency
Frequency in \(\mathit{Hz}\) |
Phase \(X\) reference (degrees) |
Phase \(X\) Code_Aster (degrees) |
Phase \(Z\) reference (degrees) |
Phase \(Z\) Code_Aster (degrees) |
Phase Code_Aster (degrees) |
1 |
-177.9360 |
-177.9355 |
179.9964 |
179.9965 |
179.9965 |
25 |
-138.3688 |
-138.3625 |
179.9183 |
179.9203 |
179.9203 |
250 |
25.4329 |
25.4724 |
25.4724 |
103.2116 |
103.5733 |
Table 4.2.2-2 : Phases \(X\) and \(Z\) depending on the excitation frequency
4.3. Rotor rotating at OMEGA = 50000 rpm#
4.3.1. Unitary harmonic effort according to X#
Table 4.3.1-1 : Movations \(X\) and \(Z\) depending on the excitation frequency
Frequency in \(\mathit{Hz}\) |
Phase \(X\) reference (degrees) |
Phase \(X\) Code_Aster (degrees) |
Phase \(Z\) reference (degrees) |
Phase \(Z\) Code_Aster (degrees) |
Phase Code_Aster (degrees) |
1 |
-0.0019 |
-0.0018 |
-0.0018 |
-0.1886 |
-0.1895 |
25 |
-0.0402 |
-0.0367 |
-4.7040 |
-4.7283 |
|
250 |
-128.6350 |
-127.5965 |
-127.5965 |
94.7082 |
94.6331 |
Table 4.3.1-2 : Phases \(X\) and \(Z\) depending on the excitation frequency
4.3.2. Unitary harmonic effort according to Z#
Table 4.3.2-1 : Movations \(X\) and \(Z\) depending on the excitation frequency
Frequency in \(\mathit{Hz}\) |
Phase \(X\) reference (degrees) |
Phase \(X\) Code_Aster (degrees) |
Phase \(Z\) reference (degrees) |
Phase \(Z\) Code_Aster (degrees) |
Phase Code_Aster (degrees) |
1 |
-177.4564 |
-177.4555 |
-179.9987 |
-179.9986 |
-179.9986 |
25 |
-132.3829 |
-132.3742 |
-179.9561 |
-179.9539 |
-179.9539 |
250 |
28.1427 |
28.2043 |
28.2043 |
108.0535 |
108.4359 |
Table 4.3.2-2 : Phases \(X\) and \(Z\) depending on the excitation frequency
4.4. Rotor rotating at OMEGA = 60000 rpm#
4.4.1. Unitary harmonic effort according to X#
Table 4.4.1-1 : Movations \(X\) and \(Z\) depending on the excitation frequency
Frequency in \(\mathit{Hz}\) |
Phase \(X\) reference (degrees) |
Phase \(X\) Code_Aster (degrees) |
Phase \(Z\) reference (degrees) |
Phase \(Z\) Code_Aster (degrees) |
Phase Code_Aster (degrees) |
1 |
0.0030 |
0.0313 |
0.0313 |
-0.2134 |
-0.2144 |
25 |
0.0862 |
0.0899 |
-5.3164 |
-5.3416 |
|
250 |
-111.7419 |
-110.5334 |
92.0178 |
91.9669 |
Table 4.4.1-2 : Phases \(X\) and \(Z\) depending on the excitation frequency
4.4.2. Unitary harmonic effort according to Z#
Table 4.4.2-1 : Movations \(X\) and \(Z\) depending on the excitation frequency
Frequency in \(\mathit{Hz}\) |
Phase \(X\) reference (degrees) |
Phase \(X\) Code_Aster (degrees) |
Phase \(Z\) reference (degrees) |
Phase \(Z\) Code_Aster (degrees) |
Phase Code_Aster (degrees) |
1 |
-176.9771 |
-176.9759 |
-179.9938 |
-179.9937 |
-179.9937 |
25 |
-127.4844 |
-127.4742 |
-179.8303 |
-179.8279 |
-179.8279 |
250 |
30.2686 |
30.3438 |
30.3438 |
113.8704 |
114.2592 |
Table 4.4.2-2 : Phases \(X\) and \(Z\) depending on the excitation frequency