Homopolar Generator Design Exercises - Kurt Nalty

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Single Click on bottom left (0,-120) nodeSingle Click on top left (0,120) nodeArc Angle 180Max. segment 2.5 DegreesBoundary Condition Material Libraries (very bottom choice)Drag Air to right hand panelExpand Solid Non-Magnetic ConductorsDrag Copper to right hand panelShrink Solid Non-Magnetic ConductorsExpand Soft Magnetic MaterialsExpand Low Carbon SteelDrag 1020 Steel to right hand panelOK// Define shaftClick on NODE widgettab r-coord 0 z-coord 37 OKtab r-coord 7 z-coord 37 OKtab r-coord 7 z-coord -37 OKtab r-coord 0 z-coord -37 OKClick on LINE widgetclick on (0, 37) then click on (7, 37)click on (7, 37) then click on (7,-37)click on (7,-37) then click on (0,-37)click on (0,-37) then click on (0,37)Click on green BLOCK LABELS widgettab r-coord 3 z-coord 0 OKright click on (3,0). (Square will highlight red.)spacebarBlock type
Define rotorClick on NODE widgettab r-coord 7 z-coord -14 OKtab r-coord 37 z-coord -14 OKtab r-coord 37 z-coord 14 OKtab r-coord 7 z-coord 14 OKClick on LINE widgetclick on ( 7,-14) then click on (37,-14)click on (37,-14) then click on (37, 14)click on (37, 14) then click on ( 7, 14)click on ( 7, 14) then click on ( 7 -14)Click on green BLOCK LABELS widgettab r-coord 10 z-coord -10 OKright click on (10, -10). (Square will highlight red.)spacebarBlock type CircuitsAdd PropertyName
Page 1 and 2: Homopolar Generator Design Exercise
Page 3 and 4: FEMM Model for Disk HPGThe source f
Page 5 and 6: Figure 3: B Field and Flux Contours
Page 7 and 8: Figure 4: Drum HPG Geometry7
Page 9 and 10: Figure 5: Drum Contours of Constant
Page 11: Step by Step Instructions for Creat
Page 15: tab r-coord 32 z-coord -24 OKright

Homopolar Generator Design Exercises - Kurt Nalty

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