Abstract

Turbulent swirling gas flows in the flow around obstacles in the ventilation system and in the intermachine space are studied. In the development of mathematical decomposition, the effectiveness of developing a spatial decomposition of ventilation for ship and industrial placements and the application of this technology are shown. Keywords: turbulent swirling gas flow, cramped space, obstacle, acoustic characteristics, intensification, heat and mass transfer, Pesochinskiy plan. cascad344@gmail.com

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