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This commit is contained in:
Oscar Suescun Elizalde 2025-04-02 12:31:52 +02:00
parent e21c4f72e7
commit a0f02a3333
10 changed files with 377 additions and 21 deletions
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1
.gitignore vendored
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@ -1,5 +1,4 @@
venv/ venv/
*.mdb
motores/PLACond/ motores/PLACond/
__pycache__/ __pycache__/
motores/PLACond/ motores/PLACond/

252
Comparar_Resultados/M800-50A.mdb Normal file
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@ -0,0 +1,252 @@
[M800-50A]
Type=Fixed_Solid
Solid Type=Steel
Thermal Conductivity=30
Specific Heat=460
Density=7650
Notes=
ElectricalResistivity=2.3E-7
TempCoefElectricalResistivity=0
PoissonsRatio=0.3
YoungsCoefficient=210000
YieldStress=300
BValue[0]=0
HValue[0]=0
BValue[1]=0.1
HValue[1]=49.4217
BValue[2]=0.2
HValue[2]=91.7567
BValue[3]=0.3
HValue[3]=118.7541
BValue[4]=0.4
HValue[4]=135.6164
BValue[5]=0.5
HValue[5]=146.0186
BValue[6]=0.6
HValue[6]=156.966
BValue[7]=0.7
HValue[7]=168.252
BValue[8]=0.8
HValue[8]=180.8315
BValue[9]=0.9
HValue[9]=195.0656
BValue[10]=1
HValue[10]=213.5262
BValue[11]=1.1
HValue[11]=237.706
BValue[12]=1.2
HValue[12]=277.5238
BValue[13]=1.3
HValue[13]=345.8256
BValue[14]=1.4
HValue[14]=514.7918
BValue[15]=1.5
HValue[15]=1046.9084
BValue[16]=1.6
HValue[16]=2414.3523
BValue[17]=1.7
HValue[17]=4944.6712
BValue[18]=1.8
HValue[18]=9210.2309
BValue[19]=1.9
HValue[19]=15812.3447
BValue[20]=2
HValue[20]=24353.3644
BValue[21]=2.1
HValue[21]=34708.362
BValue[22]=2.2
HValue[22]=46723.5557
BValue[23]=2.3
HValue[23]=60861.7778
Frequency[0]=50
LossDensity[0]=0.05
FluxDensity[0]=0.1
Frequency[1]=50
LossDensity[1]=0.18
FluxDensity[1]=0.2
Frequency[2]=50
LossDensity[2]=0.43
FluxDensity[2]=0.3
Frequency[3]=50
LossDensity[3]=0.7
FluxDensity[3]=0.4
Frequency[4]=50
LossDensity[4]=1.01
FluxDensity[4]=0.5
Frequency[5]=50
LossDensity[5]=1.35
FluxDensity[5]=0.6
Frequency[6]=50
LossDensity[6]=1.72
FluxDensity[6]=0.7
Frequency[7]=50
LossDensity[7]=2.13
FluxDensity[7]=0.8
Frequency[8]=50
LossDensity[8]=2.56
FluxDensity[8]=0.9
Frequency[9]=50
LossDensity[9]=3.05
FluxDensity[9]=1
Frequency[10]=50
LossDensity[10]=3.59
FluxDensity[10]=1.1
Frequency[11]=50
LossDensity[11]=4.2
FluxDensity[11]=1.2
Frequency[12]=50
LossDensity[12]=4.91
FluxDensity[12]=1.3
Frequency[13]=50
LossDensity[13]=5.7
FluxDensity[13]=1.4
Frequency[14]=50
LossDensity[14]=6.6
FluxDensity[14]=1.5
Frequency[15]=50
LossDensity[15]=7.54
FluxDensity[15]=1.6
Frequency[16]=50
LossDensity[16]=8.3
FluxDensity[16]=1.7
Frequency[17]=50
LossDensity[17]=8.83
FluxDensity[17]=1.8
KcValue=0.65
KhValue_Steinmetz=0.05318
KhValue_Bertotti=0.007231
KhValue_Bertotti_Maxwell=0.02074
KeddyValue_Steinmetz=1E-0005
KexcValue=0.007605
KexcValue_Maxwell=0.004306
alphaValue_Steinmetz=1.713
alphaValue_Bertotti=3.447
alphaValue_Bertotti_Maxwell=2
betavalue_Steinmetz=0
LaminationThickness=0.5
[M1000-65A]
Type=Fixed_Solid
Solid Type=Steel
Thermal Conductivity=30
Specific Heat=460
Density=7650
Notes=
ElectricalResistivity=1.8E-7
TempCoefElectricalResistivity=0
PoissonsRatio=0.3
YoungsCoefficient=210000
YieldStress=295
BValue[0]=0
HValue[0]=0
BValue[1]=0.1
HValue[1]=83.3
BValue[2]=0.2
HValue[2]=107
BValue[3]=0.3
HValue[3]=119
BValue[4]=0.4
HValue[4]=130
BValue[5]=0.5
HValue[5]=140
BValue[6]=0.6
HValue[6]=150
BValue[7]=0.7
HValue[7]=160
BValue[8]=0.8
HValue[8]=172
BValue[9]=0.9
HValue[9]=185
BValue[10]=1
HValue[10]=200
BValue[11]=1.1
HValue[11]=217
BValue[12]=1.2
HValue[12]=237
BValue[13]=1.3
HValue[13]=275
BValue[14]=1.4
HValue[14]=368
BValue[15]=1.5
HValue[15]=604
BValue[16]=1.6
HValue[16]=1360
BValue[17]=1.7
HValue[17]=3370
BValue[18]=1.8
HValue[18]=7010
BValue[19]=1.9
HValue[19]=16457.33
BValue[20]=2
HValue[20]=30342.8247
BValue[21]=2.1
HValue[21]=50000
BValue[22]=2.2
HValue[22]=75000
BValue[23]=2.3
HValue[23]=120000
Frequency[0]=50
LossDensity[0]=0.06
FluxDensity[0]=0.1
Frequency[1]=50
LossDensity[1]=0.24
FluxDensity[1]=0.2
Frequency[2]=50
LossDensity[2]=0.5
FluxDensity[2]=0.3
Frequency[3]=50
LossDensity[3]=0.81
FluxDensity[3]=0.4
Frequency[4]=50
LossDensity[4]=1.16
FluxDensity[4]=0.5
Frequency[5]=50
LossDensity[5]=1.56
FluxDensity[5]=0.6
Frequency[6]=50
LossDensity[6]=1.99
FluxDensity[6]=0.7
Frequency[7]=50
LossDensity[7]=2.47
FluxDensity[7]=0.8
Frequency[8]=50
LossDensity[8]=3.01
FluxDensity[8]=0.9
Frequency[9]=50
LossDensity[9]=3.6
FluxDensity[9]=1
Frequency[10]=50
LossDensity[10]=4.26
FluxDensity[10]=1.1
Frequency[11]=50
LossDensity[11]=4.99
FluxDensity[11]=1.2
Frequency[12]=50
LossDensity[12]=5.87
FluxDensity[12]=1.3
Frequency[13]=50
LossDensity[13]=6.82
FluxDensity[13]=1.4
Frequency[14]=50
LossDensity[14]=7.9
FluxDensity[14]=1.5
Frequency[15]=50
LossDensity[15]=9.05
FluxDensity[15]=1.6
Frequency[16]=50
LossDensity[16]=10
FluxDensity[16]=1.7
Frequency[17]=50
LossDensity[17]=10.8
FluxDensity[17]=1.8
KcValue=0.65
KhValue_Steinmetz=0.06257
KhValue_Bertotti=0.01137
KhValue_Bertotti_Maxwell=0.02027
KeddyValue_Steinmetz=1E-0005
KexcValue=0.008469
KexcValue_Maxwell=0.00403
alphaValue_Steinmetz=1.477
alphaValue_Bertotti=3.245
alphaValue_Bertotti_Maxwell=2
betavalue_Steinmetz=0.2514
LaminationThickness=0.65

50
Comparar_Resultados/PLACond.mdb Normal file
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[PLACond]
Type=Fixed_Solid
Solid Type=Steel
Thermal Conductivity=0
Specific Heat=0
Density=1850
Notes=
ElectricalResistivity=0.2
TempCoefElectricalResistivity=0
PoissonsRatio=0
YoungsCoefficient=0
YieldStress=0
BValue[0]=0
HValue[0]=0
BValue[1]=0.19221155048048413
HValue[1]=31.9
BValue[2]=0.1922278867622828
HValue[2]=44.9
BValue[3]=0.19225603543245898
HValue[3]=67.3
BValue[4]=0.19230466728673654
HValue[4]=106.0
BValue[5]=0.19237755223629982
HValue[5]=164.0
BValue[6]=0.19246677346766178
HValue[6]=235.0
BValue[7]=0.19271810087994895
HValue[7]=435.0
BValue[8]=0.19356507425935676
HValue[8]=1109.0
BValue[9]=0.19444974675060764
HValue[9]=1813.0
BValue[10]=0.19569256080436778
HValue[10]=2802.0
BValue[11]=0.19726587040528554
HValue[11]=4054.0
BValue[12]=0.19919857820577397
HValue[12]=5592.0
BValue[13]=0.2043746662618285
HValue[13]=9711.0
BValue[14]=0.2154192493947888
HValue[14]=18500.0
BValue[15]=0.24872013152284062
HValue[15]=45000.0
BValue[16]=0.30337253396175007
HValue[16]=88491.0
BValue[17]=0.3681006523592527
HValue[17]=140000.0
BValue[18]=0.44349887604540783
HValue[18]=200000.0

50
PLACond.mdb Normal file
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[PLACond]
Type=Fixed_Solid
Solid Type=Steel
Thermal Conductivity=0
Specific Heat=0
Density=1850
Notes=
ElectricalResistivity=0.2
TempCoefElectricalResistivity=0
PoissonsRatio=0
YoungsCoefficient=0
YieldStress=0
BValue[0]=0
HValue[0]=0
BValue[1]=4.008672225980576e-05
HValue[1]=31.9
BValue[2]=5.6423004058472686e-05
HValue[2]=44.9
BValue[3]=8.457167423463722e-05
HValue[3]=67.3
BValue[4]=0.00013320352851220723
HValue[4]=106.0
BValue[5]=0.00020608847807549043
HValue[5]=164.0
BValue[6]=0.00029530970943744054
HValue[6]=235.0
BValue[7]=0.000546637121724624
HValue[7]=435.0
BValue[8]=0.0013936105011324322
HValue[8]=1109.0
BValue[9]=0.002278282992383318
HValue[9]=1813.0
BValue[10]=0.00352109704614344
HValue[10]=2802.0
BValue[11]=0.0050944066470612085
HValue[11]=4054.0
BValue[12]=0.007027114447549649
HValue[12]=5592.0
BValue[13]=0.012203202503604193
HValue[13]=9711.0
BValue[14]=0.02324778563656447
HValue[14]=18500.0
BValue[15]=0.05654866776461628
HValue[15]=45000.0
BValue[16]=0.11120107020352575
HValue[16]=88491.0
BValue[17]=0.1759291886010284
HValue[17]=140000.0
BValue[18]=0.25132741228718347
HValue[18]=200000.0

1
fluxcontrol.py
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@ -66,5 +66,6 @@ if __name__ == '__main__':
flag, offset, delta = gc.logica_offset(offset, error, errorObjetivo) flag, offset, delta = gc.logica_offset(offset, error, errorObjetivo)
log(f"La delta empleada para la siguiente iteración será {delta}") log(f"La delta empleada para la siguiente iteración será {delta}")
log(f"El offset total es de {offset}")
iteration = iteration + 1 iteration = iteration + 1

4
genCurvas.py
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@ -54,7 +54,9 @@ def logica_offset(offset, error, errorObjetivo):
limSup = 1 + errorObjetivo limSup = 1 + errorObjetivo
limInf = 1 - errorObjetivo limInf = 1 - errorObjetivo
if error <= limSup and error >= limInf: return True, None, None if error <= limSup and error >= limInf:
generar_curva(offset, 'Comparar_Resultados/PLACond.mdb')
return True, None, None
tasa_aprendizaje = 1 tasa_aprendizaje = 1

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graficar.py Normal file
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import numpy as np
import matplotlib.pyplot as plt

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motores/PLACond/FEResultsData/StaticLoad_result_1.mes
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motores/PLACond/FEResultsData/StaticOC_result_1.mes
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motores/PLACond/FEResultsData/Steel_Material_BH_Magnetic_Properties_Autofile.bh
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@ -1,4 +1,4 @@
Material BH characteristics 02/04/2025 11:27:13 11:27:13 Material BH characteristics 02/04/2025 12:09:05 12:09:05
Code:1 (Stator) Material: M800-50A Code:1 (Stator) Material: M800-50A
24 24
1 0 0 1 0 0
@ -28,24 +28,24 @@ Code:1 (Stator) Material: M800-50A
Code:2 (Rotor) Material: PLACond Code:2 (Rotor) Material: PLACond
19 19
1 0 0 1 0 0
2 31.9 0.09032493858 2 31.9 0.1922115505
3 44.9 0.09034127486 3 44.9 0.1922278868
4 67.3 0.09036942353 4 67.3 0.1922560354
5 106 0.09041805539 5 106 0.1923046673
6 164 0.09049094034 6 164 0.1923775522
7 235 0.09058016157 7 235 0.1924667735
8 435 0.09083148898 8 435 0.1927181009
9 1109 0.09167846236 9 1109 0.1935650743
10 1813 0.09256313485 10 1813 0.1944497468
11 2802 0.0938059489 11 2802 0.1956925608
12 4054 0.0953792585 12 4054 0.1972658704
13 5592 0.09731196631 13 5592 0.1991985782
14 9711 0.1024880544 14 9711 0.2043746663
15 18500 0.1135326375 15 18500 0.2154192494
16 45000 0.1468335196 16 45000 0.2487201315
17 88491 0.2014859221 17 88491 0.303372534
18 140000 0.2662140405 18 140000 0.3681006524
19 200000 0.3416122641 19 200000 0.443498876
Code:3 (Shaft) No BH: Code:3 (Shaft) No BH:
2 2
1 0 0 1 0 0