E. Shvydkiy, S. Sarapulov, V. Zaharov, K. Bolotin, I. Smolyanov
Numerical Modelling of Traveling Magnetic Field Stirrer for Liquid Lithium
Thermally-activated chemical source of electric energy is one of the alternative sources of special purpose. Anodes for such batteries are made of lithium-boron composite. The use of electromagnetic stirring in the technology of production of such a material makes it possible to obtain a good quality distribution of boron powder in a lithium melt. As the source of the electromagnetic field used two inductor of the traveling magnetic field (TMF). TMF inductor system allows to generate a different flow pattern as one, two vortex or more tricky flow structure. The computations of mass transfer in the melt are performed using a three dimensional k-omega SST turbulence model. A 3D electromagnetic model was used for Lorenz force density computation. Coupling of proposed numerical model were performed by means of COMSOL Multiphysics.
Proceedings of the VIII International Scientific Colloquim "Modelling for Materials Processing", Riga, Latvia, (2017), pp. 89-94.