NUMERICAL MODELING OF CYCLOTRON FLOW ACCELERATION MODES IN AERODYNAMIC MODULES OF SOLAR AEROBARIC POWER PLANTS

When constructing solar aerobaric power plants, it is necessary to develop effective ways to accelerate convective flows initiated by the action of a high-temperature working fluid heated due to the concentration of solar radiation, accumulation of dissipated heat losses and the use of the greenhous...

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Bibliographic Details
Published in:International Journal for Computational Civil and Structural Engineering 2022-03, Vol.18 (1), p.61-71
Main Authors: Solovyev, Alexander, Solovyev, Dmitry, Shilova, Liubov
Format: Article
Language:English
Subjects:
numerical modeling, RES, aerodynamic modules, solar radiation
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Summary:When constructing solar aerobaric power plants, it is necessary to develop effective ways to accelerate convective flows initiated by the action of a high-temperature working fluid heated due to the concentration of solar radiation, accumulation of dissipated heat losses and the use of the greenhouse effect. As an option for organizing the flow in the aerodynamic module of the solar aerobaric power plants, article considered a diagram of the cyclotron acceleration of the flow during horizontal and vertical transfer of convective air currents formed in cells containing alternately located cold and hot side boundaries and differently heated upper and lower bases.
ISSN:2587-9618
2588-0195
DOI:10.22337/2587-9618-2022-18-1-61-71