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femag-cz | ||
| capabilities : | |||
| global heat transfer | |||
| thermo-elastic stresses : | |||
| von Mises | |||
| von Mises cross section | |||
| von Mises/CRSS | |||
| von Mises/CRSS cross section | |||
| point-defect prediction | |||
| dynamic simulation | |||
| interface shape tracking | |||
| heater power prediction | |||
| thermal gradient | |||
| snapshots : | |||
| material database | |||
| graphical users interfaces | |||
| The maximum shear stress level is quite higher in the <1,1,1> crystal than in the <1,0,0> crystal. Our numerical simulation results agrees with the general observation that <1,1,1> crystals are more difficult to grow than <1,0,0> crystals. |
| Ratio of the von Mises invariant to the CRSS (excess stress field) in the crystal, in a cross section located 50 mm above the tri-junction: top, <1,0,0> crystal; bottom, <1,1,1> crystal. |
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