Abstract

проведено численное исследование влияния начальных условий на характеристики и структуру решений задачи гидромагнитного динамо во вращающемся сферическом слое. Вычислительные эксперименты проводились с помощью разработанного авторами МГД-кода, адаптированного для работы на гибридных вычислительных системах с графическими процессорами. Получены квазистационарные решения с устойчивым уровнем энергии генерируемого магнитного поля. Исследована эволюция решений в зависимости от числа Релея. we simulated the effects of initial conditions on the properties and structure of the hydromagnetic dynamo a rotating spherical layer. We developed an MHD code for the computational experiments adapted for hybrid computing systems with GPUs. We obtained quasi-stationary solutions with the stable energy of the generated magnetic field. The impact of the Rayleigh number on the solutions is also studied.

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