Fusion
Stellarator coils offer a steady-state and stable plasma confinement design as an alternative to traditional toroidal-shaped tokamaks. The current-carrying coils exert a twisting magnetic field to control the plasma flow. The steady-state nature of stellarators makes them a desirable candidate for fusion power plants because they require less energy to maintain the plasma confinement. Predicting and analyzing complex stresses and coil deformations are integral in developing supportive steel jackets surrounding HTS coils.
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This dataset is in support of my 5 Research papers
Preprint:
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This is a two-part open-access page -'Data:B-Bio Models-1 and 'Data:B-Bio Models-2'. This webpage contains datasets and Novel ß-Bio models, with clinical investigation in simulation, proposed by me which are Self-Claimed advancements, in support of my Research, Discovery and Claim. All the content can be freely downloaded after sign-up.
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