Zhevzhyk O. Hydroaerodynamical improvement of spray cooling-tower

Spraying water-cooling tower. To improve refrigerating ability of a spraying water-cooling tower. Research techniques - numerical modeling and experiment. Dependences for aerodynamic drag and dropwise stream pressure, regularity of pressure and velocity profile in a water-cooling tower in presence of a wind and in water-cooling tower with rhombic windows is established. Optimum volumetric - surface diameter, initial velocity and direction of dropwise stream and height of a sprayer disposition are defined. The computational methods of a spraying water-cooling tower water distribution and centrifugal water sprayer are designed. Wind baffler and air entrance windows are advanced. Orb of usage - heat-and-power engineering, industry.