CoCalc -- magnetodynamics2d.xml

GitHub Repository: ElmerCSC/elmerfem
Path: blob/devel/ElmerGUI/Application/edf-extra/magnetodynamics2d.xml
³²⁰⁴ views
1
<?xml version='1.0' encoding='UTF-8'?>
2
<!DOCTYPE edf>
3
<edf version="1.0" >
4
   <PDE Name="MgDyn2D" >
5
      <Name>MgDyn2D</Name>
6

7
      <Equation>
8
         <Parameter Widget="Label">
9
           <Name> Free text input </Name>
10
         </Parameter>
11
	 
12
	 <Parameter Widget="TextEdit" Enabled="True">
13
	   <Name> Free text </Name>
14
	   <Type> String </Type>
15
	   <Whatis> Free text is copied into the Equation-block of the SIF as such. </Whatis>
16
	   <StatusTip> Free text is copied into the Equation-block of the SIF as such. </StatusTip>
17
	 </Parameter>
18
      </Equation>
19

20
      <Material>
21
        <Parameter Widget="Label" > <Name> Properties </Name> </Parameter>
22
        <Parameter Widget="Edit" >
23
            <Name> Reluctivity </Name>
24
            <Type> String </Type>
25
            <Whatis> Give the reluctivitity (inverse of permeability). </Whatis>
26
         </Parameter>         
27
		 <Parameter Widget="Edit" >
28
            <Name> Relative Permeability </Name>
29
            <Type> String </Type>
30
            <Whatis> Give the relative permeability compared to vacuum. </Whatis>
31
         </Parameter>    
32
         <Parameter Widget="Edit" >
33
            <Name> Electric Conductivity </Name>
34
            <Type> String </Type>
35
            <Whatis> Give the electric conductivity. </Whatis>
36
         </Parameter>    
37
         <Parameter Widget="Edit" >
38
            <Name> Magnetization 1</Name>
39
            <Type> String </Type>
40
            <Whatis> Give the magnetization in x-direction. </Whatis>
41
         </Parameter>    
42
         <Parameter Widget="Edit" >
43
            <Name> Magnetization 2</Name>
44
            <Type> String </Type>
45
            <Whatis> Give the magnetization in y-direction. </Whatis>
46
         </Parameter> 
47
         <Parameter Widget="Edit" >
48
            <Name> H-B Curve</Name>
49
            <Type> String </Type>
50
            <Whatis> Give the H-B Curve as a cubic spline. </Whatis>
51
         </Parameter> 
52
      </Material>   
53
	  
54
      <BodyForce>
55
      <Parameter Widget="Label" > <Name> Properties </Name> </Parameter>
56
          <Parameter Widget="Edit" >
57
            <Name> Current Density </Name>
58
            <Type> String </Type>
59
            <Whatis> Give the current density. </Whatis>
60
         </Parameter>
61
		 <Parameter Widget="CheckBox" >
62
            <Name> Calculate Potential </Name>
63
            <Type> Logical </Type>
64
            <Whatis> Calculate the potential. </Whatis>
65
         </Parameter>    
66
      </BodyForce>   
67
      <InitialCondition>   
68
        <Parameter Widget="Label" > <Name> Properties </Name> </Parameter>
69
          <Parameter Widget="Edit" >
70
            <Name> Az </Name>
71
            <Type> String </Type>
72
            <Whatis> Give the initial condition for the vector potential. </Whatis>
73
         </Parameter>    
74
      </InitialCondition>   
75
      <Solver>
76
         <Parameter Widget="Edit" >
77
           <Name> Procedure </Name>
78
           <DefaultValue> "MagnetoDynamics2D" "MagnetoDynamics2D" </DefaultValue>
79
         </Parameter>
80
        <Parameter Widget="Edit">
81
           <Name> Variable </Name>
82
           <DefaultValue> Potential </DefaultValue>
83
         </Parameter>
84
       </Solver>
85

86
      <BoundaryCondition>
87
         <Parameter Widget="Label" > <Name> Dirichlet conditions </Name> </Parameter>
88
         <Parameter  Widget="Edit">
89
           <Name> Potential </Name>
90
           <Whatis> Give vector potential value for this boundary. </Whatis>
91
         </Parameter>
92

93
         <Parameter  Widget="Edit">
94
           <Name> Potential Condition </Name>
95
           <Whatis> If the given value is less than zero, apply flux condition instead of the Dirichlet Condition. To be generally useful space and/or time varying values may be given. </Whatis>
96
         </Parameter>
97

98
         <Parameter Widget="Label" > <Name> Neumann conditions </Name> </Parameter>
99
         <Parameter  Widget="Edit">
100
           <Name> Surface Current </Name>
101
           <Whatis> Give surface current (per unit lenght) for this boundary. </Whatis>
102
         </Parameter>
103

104
		 <Parameter Widget="CheckBox" >
105
            <Name> Infinity BC </Name>
106
            <Type> Logical </Type>
107
            <Whatis> Use a farfield condition for the vector potential. </Whatis>
108
         </Parameter>
109
	  </BoundaryCondition>
110
   </PDE>
111

112
   <PDE Name="MgDyn2DHarmonic" >
113
      <Name>MgDyn2DHarmonic</Name>
114

115
      <Equation>
116
        <Parameter Widget="Label">
117
          <Name> Options </Name>
118
        </Parameter>
119
        <Parameter Widget="Edit"> 
120
           <Name> Angular Frequency </Name>
121
        </Parameter>
122

123
         <Parameter Widget="Label">
124
           <Name> Free text input </Name>
125
         </Parameter>
126
	 
127
	 <Parameter Widget="TextEdit" Enabled="True">
128
	   <Name> Free text </Name>
129
	   <Type> String </Type>
130
	   <Whatis> Free text is copied into the Equation-block of the SIF as such. </Whatis>
131
	   <StatusTip> Free text is copied into the Equation-block of the SIF as such. </StatusTip>
132
	 </Parameter>
133
      </Equation>
134

135
      <Material>
136
        <Parameter Widget="Label" > <Name> Properties </Name> </Parameter>
137
        <Parameter Widget="Edit" >
138
            <Name> Reluctivity </Name>
139
            <Type> String </Type>
140
            <Whatis> Give the reluctivitity (inverse of permeability). </Whatis>
141
         </Parameter>         
142
		 <Parameter Widget="Edit" >
143
            <Name> Relative Permeability </Name>
144
            <Type> String </Type>
145
            <Whatis> Give the relative permeability compared to vacuum. </Whatis>
146
         </Parameter>    
147
         <Parameter Widget="Edit" >
148
            <Name> Electric Conductivity </Name>
149
            <Type> String </Type>
150
            <Whatis> Give the electric conductivity. </Whatis>
151
         </Parameter>    
152
         <Parameter Widget="Edit" >
153
            <Name> Electric Conductivity Im </Name>
154
            <Type> String </Type>
155
            <Whatis> Give the imaginary part of electric conductivity. </Whatis>
156
         </Parameter>    
157
         <Parameter Widget="Edit" >
158
            <Name> Magnetization 1</Name>
159
            <Type> String </Type>
160
            <Whatis> Give the magnetization in x-direction. </Whatis>
161
         </Parameter>    
162
         <Parameter Widget="Edit" >
163
            <Name> Magnetization 2</Name>
164
            <Type> String </Type>
165
            <Whatis> Give the magnetization in y-direction. </Whatis>
166
         </Parameter> 
167
         <Parameter Widget="Edit" >
168
            <Name> Magnetization 1 Im</Name>
169
            <Type> String </Type>
170
            <Whatis> Give the imaginary part of magnetization in x-direction. </Whatis>
171
         </Parameter>    
172
         <Parameter Widget="Edit" >
173
            <Name> Magnetization 2 Im</Name>
174
            <Type> String </Type>
175
            <Whatis> Give the imaginary part of magnetization in y-direction. </Whatis>
176
         </Parameter> 
177
         <Parameter Widget="Edit" >
178
            <Name> H-B Curve</Name>
179
            <Type> String </Type>
180
            <Whatis> Give the H-B Curve as a cubic spline. </Whatis>
181
         </Parameter> 
182
      </Material>   
183
	  
184
      <BodyForce>
185
      <Parameter Widget="Label" > <Name> Properties </Name> </Parameter>
186
          <Parameter Widget="Edit" >
187
            <Name> Current Density </Name>
188
            <Type> String </Type>
189
            <Whatis> Give the current density. </Whatis>
190
         </Parameter>
191
          <Parameter Widget="Edit" >
192
            <Name> Current Density Im </Name>
193
            <Type> String </Type>
194
            <Whatis> Give the imaginary part of current density. </Whatis>
195
         </Parameter>
196
         <Parameter Widget="CheckBox" >
197
            <Name> Calculate Potential </Name>
198
            <Type> Logical </Type>
199
            <Whatis> Calculate the potential. </Whatis>
200
         </Parameter>    
201
      </BodyForce>   
202
      <InitialCondition>   
203
        <Parameter Widget="Label" > <Name> Properties </Name> </Parameter>
204
          <Parameter Widget="Edit" >
205
            <Name> Potential Re </Name>
206
            <Type> String </Type>
207
            <Whatis> Give the initial condition for the vector potential. </Whatis>
208
         </Parameter>    
209
          <Parameter Widget="Edit" >
210
            <Name> Potential Im </Name>
211
            <Type> String </Type>
212
            <Whatis> Give the initial condition for the imaginary part of the vector potential. </Whatis>
213
         </Parameter>    
214
      </InitialCondition>   
215
      <Solver>
216
         <Parameter Widget="Edit" >
217
           <Name> Procedure </Name>
218
           <DefaultValue> "MagnetoDynamics2D" "MagnetoDynamics2DHarmonic" </DefaultValue>
219
         </Parameter>
220
        <Parameter Widget="Edit">
221
           <Name> Variable </Name>
222
           <DefaultValue> Potential[Potential Re:1 Potential Im:1] </DefaultValue>
223
         </Parameter>
224
       </Solver>
225

226
      <BoundaryCondition>
227
         <Parameter Widget="Label" > <Name> Dirichlet conditions </Name> </Parameter>
228
         <Parameter  Widget="Edit">
229
           <Name> Potential Re </Name>
230
           <Whatis> Give vector potential value for this boundary. </Whatis>
231
         </Parameter>
232
         <Parameter  Widget="Edit">
233
           <Name> Potential Im </Name>
234
           <Whatis> Give the imaginary part of the vector potential value for this boundary. </Whatis>
235
         </Parameter>
236

237
         <Parameter  Widget="Edit">
238
           <Name> Potential Re Condition </Name>
239
           <Whatis> If the given value is less than zero, apply flux condition instead of the Dirichlet Condition. To be generally useful space and/or time varying values may be given. </Whatis>
240
         </Parameter>
241
         <Parameter  Widget="Edit">
242
           <Name> Potential Im Condition </Name>
243
           <Whatis> If the given value is less than zero, apply flux condition instead of the Dirichlet Condition for the imaginary part. To be generally useful space and/or time varying values may be given. </Whatis>
244
         </Parameter>
245

246
         <Parameter Widget="Label" > <Name> Neumann conditions </Name> </Parameter>
247
         <Parameter  Widget="Edit">
248
           <Name> Surface Current </Name>
249
           <Whatis> Give surface current (per unit lenght) for this boundary. </Whatis>
250
         </Parameter>
251
         <Parameter  Widget="Edit">
252
           <Name> Surface Current Im </Name>
253
           <Whatis> Give imaginary surface current (per unit lenght) for this boundary. </Whatis>
254
         </Parameter>
255

256
	 <Parameter Widget="CheckBox" >
257
            <Name> Infinity BC </Name>
258
            <Type> Logical </Type>
259
            <Whatis> Use a farfield condition for the vector potential. </Whatis>
260
         </Parameter>
261
	  </BoundaryCondition>
262
   </PDE>
263

264
   <PDE Name="MgDyn2DPost" >
265
      <Name>MgDyn2DPost</Name>
266

267
      <Equation>
268
         <Parameter Widget="Label">
269
           <Name> Free text input </Name>
270
         </Parameter>
271
	 
272
	 <Parameter Widget="TextEdit" Enabled="True">
273
	   <Name> Free text </Name>
274
	   <Type> String </Type>
275
	   <Whatis> Free text is copied into the Equation-block of the SIF as such. </Whatis>
276
	   <StatusTip> Free text is copied into the Equation-block of the SIF as such. </StatusTip>
277
	 </Parameter>
278
      </Equation>
279

280
      <Solver>
281
         <Parameter Widget="Label" > <Name> Vector Potential </Name> </Parameter>
282
         <Parameter Widget="Edit">
283
            <Name> Target Variable </Name>
284
            <Whatis> Name of the vector potential field to apply the postprocessing computation. </Whatis>
285
         </Parameter>
286
         <Parameter Widget="CheckBox">
287
           <Name> Target Variable Complex </Name>
288
           <Type> Logical </Type>
289
           <Whatis> Is the target field complex. This information is needed when allocating for the result field.</Whatis>
290
         </Parameter>
291

292
         <Parameter Widget="Label" > <Name> Magnetic flux computation </Name> </Parameter>
293
         <Parameter Widget="Edit" >
294
           <Name> Procedure </Name>
295
           <DefaultValue> "MagnetoDynamics2D" "BSolver" </DefaultValue>
296
         </Parameter>
297
        <Parameter Widget="CheckBox">
298
           <Name> Discontinuous Galerkin </Name>
299
           <Type> Logical </Type>
300
		   <Whatis> To show discontinuities use DG for computation of electric fields</Whatis>
301
         </Parameter>
302
        <Parameter Widget="CheckBox">
303
           <Name> Average Within Materials </Name>
304
           <Type> Logical </Type>
305
		   <Whatis> In conjunction with DG apply averaging but only within materials.</Whatis>
306
         </Parameter>
307
         <Parameter Widget="Label" > <Name> Joule heat computation </Name> </Parameter>
308
         <Parameter Widget="CheckBox">
309
           <Name> Calculate Joule Heating </Name>
310
           <Type> Logical </Type>
311
		   <Whatis> Compute the heating resulting from the induced currents. Applicable only with harmonic fields.</Whatis>
312
	   <Activate>/MgDyn2DPost/Solver/Desired Heating Power</Activate>	   
313
         </Parameter>
314
         <Parameter Widget="Edit" Enabled="False">
315
            <Name> Desired Heating Power </Name>
316
            <Whatis> Desired heating power to scale the Joule heating. </Whatis>
317
         </Parameter>
318

319
         <Parameter Widget="Label" > <Name> Loss Estimation </Name> </Parameter>
320
         <Parameter Widget="CheckBox">
321
           <Name> Calculate  </Name>
322
           <Type> Logical </Type>
323
           <Whatis> Compute the heating resulting from the induced currents. Applicable only with harmonic fields.</Whatis>
324
	   <Activate>/MgDyn2DPost/Solver/Fourier Loss Frequency Exponent</Activate>	   
325
	   <Activate>/MgDyn2DPost/Solver/Fourier Loss Field Exponent</Activate>	   
326
         </Parameter>
327
         <Parameter Widget="Edit" Enabled="False">
328
            <Name> Fourier Loss Frequency Exponent </Name>
329
            <Whatis> Power for the frequency in loss computation. </Whatis>
330
         </Parameter>
331
         <Parameter Widget="Edit" Enabled="False">
332
            <Name> Fourier Loss Field Exponent </Name>
333
            <Whatis> Power for magnetic field in loss computation. </Whatis>
334
         </Parameter>
335

336
       </Solver> 
337
   </PDE>
338

339
</edf>
340

341

342

343

344

345

346
Product

Resources

Company
