High Temperature Superconducting Magnetic Levitation
226 Ë 7 Numerical simulations of HTS Maglev Bz= K 2 (Γ(z,y−y 耠,x−g)−Γ(z,y−y耠,x−(L+g))−Γ(z+t PM,y−y 耠,x−g) +Γ(z+tPM,y−y耠,x−(L+g)) ...
7.5 Two-dimensional modelings and simulations Ë 227 the formulation may be yielded as T X 0 X ΩHTSC 휌|∇×h|^2 = T X 0 X ΩHTSC 휌J^ ...
228 Ë 7 Numerical simulations of HTS Maglev Fig. 7.3:Cross-sectional distribution of the current in the HTSC in symmetrical appl ...
7.5 Two-dimensional modelings and simulations Ë 229 Fig. 7.4:Cross-sectional distribution of current in the HTSC in asymmetrical ...
230 Ë 7 Numerical simulations of HTS Maglev Fig. 7.6:Comparison between the calculated and experimental levitation forces as fun ...
7.5 Two-dimensional modelings and simulations Ë 231 Fig. 7.7:Comparison between the calculated and experimental guidance forces ...
232 Ë 7 Numerical simulations of HTS Maglev with the magnetic vector potential along thex-directionAxbeing decomposed into Asc,x ...
7.5 Two-dimensional modelings and simulations Ë 233 For a superconducting unit containingmconstituents, the magnetic excitation ...
234 Ë 7 Numerical simulations of HTS Maglev Fig. 7.9:Hysteretic loops of levitation forces on the left (thin solid line) and mid ...
7.5 Two-dimensional modelings and simulations Ë 235 Fig. 7.10:Hysteretic loops of the total levitation forces on a superconducti ...
236 Ë 7 Numerical simulations of HTS Maglev Fig. 7.11:Snapshots of the distributions of magnetic flux densityB(T) inside the HTS ...
7.5 Two-dimensional modelings and simulations Ë 237 Fig. 7.12:Snapshots of the distributions of supercurrent densityJx(10^7 A/m^ ...
238 Ë 7 Numerical simulations of HTS Maglev Fig. 7.13:Evolution of the net current inside the three constituents as a function o ...
7.5 Two-dimensional modelings and simulations Ë 239 Fig. 7.14:Snapshots of the distributions of levitation force density (10^7 N ...
240 Ë 7 Numerical simulations of HTS Maglev 7.6 Three-dimensional modeling and simulations 7.6.1H-formulation [9] We have develo ...
7.6 Three-dimensional modeling and simulations Ë 241 Fig. 7.16:Geometrical modeling of the 3D simulation of the HTS Maglev syste ...
242 Ë 7 Numerical simulations of HTS Maglev to describe this characteristic in simulations, we assume that the resistance of the ...
7.6 Three-dimensional modeling and simulations Ë 243 situations. Considering the situation of a cubic-shaped HTSC in a non-unifo ...
244 Ë 7 Numerical simulations of HTS Maglev Fig. 7.17:Cross section of a HTSC levitating above a monopole PMG in 3D modeling. Th ...
7.6 Three-dimensional modeling and simulations Ë 245 Tab. 7.3:Levitation force simulation of HTSC over monopole PMG with differe ...
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