diff --git a/fluxcontrol.py b/fluxcontrol.py
index bef2c6f..78850ae 100644
--- a/fluxcontrol.py
+++ b/fluxcontrol.py
@@ -30,8 +30,11 @@ if __name__ == '__main__':
corriente = I_obj[i]
frecuencia = f_obj[i]
+
+ mcadIteration = f"{iteration}.{i}"
+ print("Iniciando iteración: ", mcadIteration)
- tension = mc.simularMCAD(corriente, frecuencia, material, iteration)
+ tension = mc.simularMCAD(corriente, frecuencia, material, mcadIteration)
error.append(tension/E_obj)
@@ -42,4 +45,4 @@ if __name__ == '__main__':
flag, offset = gc.logica_offset(offset, error, errorObjetivo)
- iterarion =+ 1
\ No newline at end of file
+ iteration =+ 1
\ No newline at end of file
diff --git a/genCurvas.py b/genCurvas.py
index 8e20b7b..2a55f61 100644
--- a/genCurvas.py
+++ b/genCurvas.py
@@ -19,14 +19,14 @@ def generar_curva(offset, ruta):
b = muVacio * h + offset
with open(ruta, "w") as f:
- f.write('[PLACOND]\n')
+ f.write('[PLACond]\n')
f.write('Type=Fixed_Solid\n')
- f.write('Solid Type=Plastic\n')
+ f.write('Solid Type=Steel\n')
f.write('Thermal Conductivity=0\n')
f.write('Specific Heat=0\n')
f.write('Density=1850\n')
f.write('Notes=\n')
- f.write('ElectricalResistivity=0\n')
+ f.write('ElectricalResistivity=0.2\n')
f.write('TempCoefElectricalResistivity=0\n')
f.write('PoissonsRatio=0\n')
f.write('YoungsCoefficient=0\n')
diff --git a/motorcad.py b/motorcad.py
index 679846d..2c3d660 100644
--- a/motorcad.py
+++ b/motorcad.py
@@ -13,9 +13,10 @@ def simularMCAD(corriente, frecuencia, material, iteration):
print("Archivo de motor cargado desde:", motPath)
# Simulation config
+ mcad.set_variable("DriveType_BPM", 0)
mcad.set_variable("MagneticThermalCoupling", 0)
mcad.set_variable("CurrentDefinition", 1)
- mcad.set_variable("BackEMFCalculation", False)
+ mcad.set_variable("BackEMFCalculation", True)
mcad.set_variable("CoggingTorqueCalculation", False)
mcad.set_variable("ElectromagneticForcesCalc_OC", False)
mcad.set_variable("TorqueSpeedCalculation", False)
@@ -23,10 +24,10 @@ def simularMCAD(corriente, frecuencia, material, iteration):
mcad.set_variable("ElectromagneticForcesCalc_Load", False)
mcad.set_variable("InductanceCalc", False)
mcad.set_variable("BPMShortCircuitCalc", False)
- mcad.set_variable("TorqueCalculation", True)
+ mcad.set_variable("TorqueCalculation", False)
# Operation point
- polos = mcad.get_variable("PoleNumber")
+ polos = mcad.get_variable("Pole_Number")
n = frecuencia * 60 / (polos/2)
mcad.set_variable("ShaftSpeed", n)
mcad.set_variable("RMSCurrent", corriente)
@@ -42,15 +43,10 @@ def simularMCAD(corriente, frecuencia, material, iteration):
# Ejecución y resultados
mcad.do_magnetic_calculation()
- E = mcad.get_variable("RMSBackEMFLine")
- I = mcad.get_variable("RMSPhaseCurrent")
- f = mcad.get_variable("FundamentalFrequency")
+ E = mcad.get_variable("RmsBackEMFPhase")
resultsPath = os.path.join(working_folder, "results", f"results_{iteration}.txt")
- try:
- mcad.export_results("EMagnetic", resultsPath)
- print("Results successfully exported.")
- except mcad.MotorCADError:
- print("Results failed to export.")
+ mcad.export_results("EMagnetic", resultsPath)
+ print("Resultados exportados a ", resultsPath)
- return E, I, f
\ No newline at end of file
+ return E
\ No newline at end of file
diff --git a/motores/PLACond.mot b/motores/PLACond.mot
index aa4dbf2..9722371 100644
--- a/motores/PLACond.mot
+++ b/motores/PLACond.mot
@@ -5,7 +5,7 @@ Program_Version=2024.1.3.1
Licence_Name_Line1=1055@lic-server19.unav.es
User=promerogomb
Licence_System=Ansys
-File_Date=28/03/2025 14:42:36
+File_Date=31/03/2025 12:47:28
Partial_file=False
Main_Title=Default Motor
Title=Default Motor
@@ -20,6 +20,7 @@ Previous_Version[5]=promerogomb 1055@lic-server19.unav.es 2023.1.2.1 20/09/2023
Previous_Version[6]=promerogomb 1055@lic-server19.unav.es 2023.1.2.1 08/11/2023 19:59:20
Previous_Version[7]=promerogomb 1055@lic-server19.unav.es 2023.1.2.1 21/11/2023 15:51:09
Previous_Version[8]=promerogomb 1055@lic-server19.unav.es 2024.1.3.1 27/03/2025 13:46:56
+Previous_Version[9]=promerogomb 1055@lic-server19.unav.es 2024.1.3.1 28/03/2025 14:42:36
[File_Notes]
DataFile_Notes=Input user notes to be stored in datafile here
@@ -1652,26 +1653,26 @@ Calc/Input_h[fc]_Encoder_Case_-_Radial=Calc_h_conv
Calc/Input_h[fc]_Encoder_Case_-_Axial=Calc_h_conv
[Calc_Data_Keys]
-[1]=5C5F53510C4443555757590B0B5B0C06140B111C190904004173011F05451901174E0F07555C401E5D581E4017154A57580B0B1A045A01434746595B4B5501454754575D4B020E525B425C59555C0C0F00015A055C445F5A525656
-[2]=5C5F53510C4443555757590B0B5B1E000907001A565F5B5816135C46535D2A080C5B47060117180E4108514007080B13465C4B140744015E585746584A54185B414B55574401095A5D5257595F5C0D02070740065A4252465C555701584D5656
-[3]=5C5F53510C4443555757590B0B5B1E000907001A565F5B5816135C46535D2A080C5B47060117180E4108514007080B13465C4B140744015E585746584A54185B414B55574401095A5D5257535F5A0D02050440065A4252465C555701584D5656
-[4]=5C5F53510C4443555757590B0B5B1E000907001A565F5B5816135C46535D2A080C5B47060117180E4108514007080B13465C4B140744015E585746584A54185B404B55574401095A5D5257595F5A0B02050440065A4252465C555701584D5656
-[5]=5C5F53510C4443555757590B0B5B1E000907001A565F5B5816135C46535D2A080C5B47060117180E4108514007080B13465C4B140744015E585746584A541858454B55574401095A5D5257535F5A0902040240065A4252465C555701584D5656
-[6]=5C5F53510C4443555757590B0B5B1E000907001A565F5B5816135C46535D2A080C5B47060117180E4108514007080B13465C4B140744015E585746584A54185A4D4B545F4401095A5D5257535F5D0002060540065A4252465C555701584D5656
-[7]=5C5F53510C4443555757590B0B5B1E000907001A565F5B5816135C46535D2A080C5B47060117180E4108514007080B13465C4B140744015E585746584A541858444B545F4401095A5D52575F5F5D0802040C40065A4252465C555701584D5656
-[8]=5C5F53510C4443555757590B0B5B1E000907001A565F5B5816135C46535D2A080C5B47060117180E4108514007080B13465C4B1407440159585746594A541858424B555D4401095A5B5257595F5C0F02010340065A4252465C555701584D5656
-[9]=5C5F53510C4443555757590B0B5B001B0832213C780C010240074340575A53565D0A59
-[10]=5C5F53510C4443555757590B0B5B0701322E171B5271796F254924220A1E302F00795E4053515A4505085A57405E5856
-[11]=5C5F53510C4443555757590B0B5B3A392B18291B706B4E501B443C261F2C212A274D0E2F2F2B013A4B6F1136002A1328180D0D0301401D5B475451585C570B
-[12]=5C5F53510C4443555757590B0B5B1B1E332D2F1D6D607960157A203B05070B3211700014202406056952035A47515E51460F09060C460B5F45
-[13]=5C5F53510C4443555757590B0B5B021B0A042929785B447427690A3B332D1E252071213A2A3D1D0766525C5B45525E4B5E080A0D074C015E
-[14]=5C5F53510C4443555757590B0B5B3F00343C290F72624479185920060E0E5E51520C5E5B52545C5201015A5D
-[15]=5C5F53510C4443555757590B0B5C213D2B211C0C7774604416461C1A273D181632570E0F1C30212D070C5F5A46485C545A000A0C0740
-[16]=5C5F53510C4443555757590B0B5C05352B29130469417A443F460313091B051E065D1F202B31033F477F1B3D003718331B4C40590141045942485E5B565C0A524750
-[17]=5C5F53510C4443555757590B0B5C39172A331405717A0000430759585059585D57005841
-[18]=5C5F53510C4443555757590B0B5C0F252D3F333B614E4043266138260F381D2E316C0510172D1D07695D232C1C3E2F221E0D0D0301401D5B475451585C570C
-[19]=5C5F53510C4443555757590B0B5C2403201B311F0D0D0301401D5B475451585C570C
-[20]=5C5F53510C4443555757590B0B5C1F200C1A22266B400000430759585059585D57005841
+[1]=5C5F53510F44405757575D0B005E0C06140B111C190904004173011F05451901174E0F07555C401E5D581E4017154A57580B0B1A045A01434746595B4B5501454754575D4B020E525B425C59555C0C0F00025A065E445F5E525D53
+[2]=5C5F53510F44405757575D0B005E1E000907001A565F5B5816135C46535D2A080C5B47060117180E4108514007080B13465C4B140744015E585746584A54185B414B55574401095A5D5257595F5C0D02070740065A4251465F5757015C4D5D53
+[3]=5C5F53510F44405757575D0B005E1E000907001A565F5B5816135C46535D2A080C5B47060117180E4108514007080B13465C4B140744015E585746584A54185B414B55574401095A5D5257535F5A0D02050440065A4251465F5757015C4D5D53
+[4]=5C5F53510F44405757575D0B005E1E000907001A565F5B5816135C46535D2A080C5B47060117180E4108514007080B13465C4B140744015E585746584A54185B404B55574401095A5D5257595F5A0B02050440065A4251465F5757015C4D5D53
+[5]=5C5F53510F44405757575D0B005E1E000907001A565F5B5816135C46535D2A080C5B47060117180E4108514007080B13465C4B140744015E585746584A541858454B55574401095A5D5257535F5A0902040240065A4251465F5757015C4D5D53
+[6]=5C5F53510F44405757575D0B005E1E000907001A565F5B5816135C46535D2A080C5B47060117180E4108514007080B13465C4B140744015E585746584A54185A4D4B545F4401095A5D5257535F5D0002060540065A4251465F5757015C4D5D53
+[7]=5C5F53510F44405757575D0B005E1E000907001A565F5B5816135C46535D2A080C5B47060117180E4108514007080B13465C4B140744015E585746584A541858444B545F4401095A5D52575F5F5D0802040C40065A4251465F5757015C4D5D53
+[8]=5C5F53510F44405757575D0B005E1E000907001A565F5B5816135C46535D2A080C5B47060117180E4108514007080B13465C4B1407440159585746594A541858424B555D4401095A5B5257595F5C0F02010340065A4251465F5757015C4D5D53
+[9]=5C5F53510F44405757575D0B005E1E000907001A565F5B5816135C46535D2A080C5B47060117180E4108514007080B13465C4B1407440159585746594A5418584D4B555D4401095A5B52575E5F5C0B02070340065A4251465F5757015C4D5D53
+[10]=5C5F53510F44405757575D0B005E2A020428311D5675405D3A5121272E2C1B341452280C3C2A2008607719383923242B196B5D71782554253A00212335150C5F425052405E000B51584A5F5C
+[11]=5C5F53510F44405757575D0B005E383E350602206F6A5171027C20113C1D3A0E094C1A101D295A5E040D5F404755585C5E010102
+[12]=5C5F53510F44405757575D0B005E3F07032101295B716760235F243E0A063F101F6B0933221001044B73392735083A312656524C5840065A4251465F5757015C4D5D53
+[13]=5C5F53510F44405757575D0B005E3A3434071C10557C60570E7E3A170D093B1C265E3A2326321633070C5F5A45485F565A000E0C0C42
+[14]=5C5F53510F44405757575D0B005E2A3D240B132B5E7255650D4509320B25200532732D3302155A5E040D5F404755585C5E010102
+[15]=5C5F53510F44405757575D0B005E0705172E2D1C6C415B452D675943515C5D4A500B584C525D575D
+[16]=5C5F53510F44405757575D0B005E143127271F1268515E5F39075841525F4451560A53435C5C58
+[17]=5C5F53510F44405757575D0B005E00012A0B1C3A634E51502D401D3A2C3112133376204151525A5C1D0C5B5C4B50525C5E
+[18]=5C5F53510F44405757575D0B005E083B305E505F0D0F1A00470154405E515C
+[19]=5C5F53510F44405757575D0B005E3B271C21290B605B476F38782902140E0B220A7B2C4151525A5C1D0C5B5C4B50525C5E
+[20]=5C5F53510F44405757575D0B005F3F0A05212403484B6444005604110D21041C045C3822130F1E3E4943053608041929185F737657266129020E2B0550500F5E424A505D590A0F505745
[External_Components]
Number_of_External_Circuit_Comps=0
@@ -6977,13 +6978,13 @@ ArmatureEWdgInductance_Aux_Multiplier=1
IM1PHEquivalentCircuitSolverMethod=1
IMEquivalentCircuitHarmonicOrders=3
IM1PH_NumHarmonicOrders=1
-PeakCurrent=0
+PeakCurrent=0,707106781186548
DCCurrent=5
-RMSCurrent=0
+RMSCurrent=0,5
ConverterLosses=0
DCFieldCurrent=10
DCRotorCurrent=10
-RMSCurrentDensity=0
+RMSCurrentDensity=2,54647908947033
DCCurrentDensity=0
FieldCurrentDensity=0
RotorCurrentDensity=0
@@ -7042,8 +7043,8 @@ MagneticContextVisible=True
PhysicalModelType=1
DisplayCoggingTorqueCE=False
ShaftHole_Inertia_Calc=1
-BPMDriveMode=3
-DriveType_BPM=1
+BPMDriveMode=0
+DriveType_BPM=0
ContinuousSkewMethod=1
FluxSkewFactor=1
SkewAngle_FluxSkewFactor=0
diff --git a/motores/PLACond/FEResultsData/StaticLoad_result_1.mes b/motores/PLACond/FEResultsData/StaticLoad_result_1.mes
index 0cc50a6..71f17a2 100644
Binary files a/motores/PLACond/FEResultsData/StaticLoad_result_1.mes and b/motores/PLACond/FEResultsData/StaticLoad_result_1.mes differ
diff --git a/motores/PLACond/FEResultsData/StaticLoad_result_1.ugf b/motores/PLACond/FEResultsData/StaticLoad_result_1.ugf
index bb8d4b0..2614d11 100644
Binary files a/motores/PLACond/FEResultsData/StaticLoad_result_1.ugf and b/motores/PLACond/FEResultsData/StaticLoad_result_1.ugf differ
diff --git a/motores/PLACond/FEResultsData/StaticOC_result_1.mes b/motores/PLACond/FEResultsData/StaticOC_result_1.mes
index d754d55..c6071aa 100644
Binary files a/motores/PLACond/FEResultsData/StaticOC_result_1.mes and b/motores/PLACond/FEResultsData/StaticOC_result_1.mes differ
diff --git a/motores/PLACond/FEResultsData/StaticOC_result_1.ugf b/motores/PLACond/FEResultsData/StaticOC_result_1.ugf
index 1716743..1afd577 100644
Binary files a/motores/PLACond/FEResultsData/StaticOC_result_1.ugf and b/motores/PLACond/FEResultsData/StaticOC_result_1.ugf differ
diff --git a/motores/PLACond/FEResultsData/Steel_Material_BH_Magnetic_Properties_Autofile.bh b/motores/PLACond/FEResultsData/Steel_Material_BH_Magnetic_Properties_Autofile.bh
index 5816562..9102123 100644
--- a/motores/PLACond/FEResultsData/Steel_Material_BH_Magnetic_Properties_Autofile.bh
+++ b/motores/PLACond/FEResultsData/Steel_Material_BH_Magnetic_Properties_Autofile.bh
@@ -1,4 +1,4 @@
-Material BH characteristics 31/03/2025 10:46:07 10:46:07
+Material BH characteristics 31/03/2025 13:07:03 13:07:03
Code:1 (Stator) Material: M800-50A
24
1 0 0
@@ -25,30 +25,27 @@ Code:1 (Stator) Material: M800-50A
22 34708.362 2.038308474
23 46723.5557 2.135761437
24 60861.7778 2.233294435
-Code:2 (Rotor) Material: Stahl 37
-22
+Code:2 (Rotor) Material: PLACond
+19
1 0 0
-2 10 0.1
-3 25 0.2
-4 50.5 0.3
-5 100 0.4
-6 150 0.5
-7 210 0.6
-8 330 0.7
-9 480 0.8
-10 620 0.9
-11 750 1
-12 870 1.1
-13 1080 1.2
-14 1340 1.3
-15 1850 1.4
-16 2800 1.5
-17 4350 1.6
-18 6800 1.7
-19 10800 1.8
-20 18200.1514 1.9
-21 29000 2
-22 45000 2.1
+2 31.9 4.008672226E-05
+3 44.9 5.642300406E-05
+4 67.3 8.457167423E-05
+5 106 0.0001332035285
+6 164 0.0002060884781
+7 235 0.0002953097094
+8 435 0.0005466371217
+9 1109 0.001393610501
+10 1813 0.002278282992
+11 2802 0.003521097046
+12 4054 0.005094406647
+13 5592 0.007027114448
+14 9711 0.0122032025
+15 18500 0.02324778564
+16 45000 0.05654866776
+17 88491 0.1112010702
+18 140000 0.1759291886
+19 200000 0.2513274123
Code:3 (Shaft) No BH:
2
1 0 0