• Dušan Golubović, Faculty of Mechanical Engineering, University of East Sarajevo, Bosnia and Herzegovina
  • Dušica Golubović, Faculty of Mechanical Engineering, University of East Sarajevo, Bosnia and Herzegovina

Aerodinamic Calculations of Hyperbolic Cooling Tower

  • This paper analyzes the counter-current cooling tower of power plant. The basic relations for the buoyancy of air were shown. The coefficient of local drop pressure of air in some parts of the tower was defined. The velocity of air through the tower filling is determined for specific technical data. Applying a filling for the film-drop water flow, drop pressure coefficients were determined for the air through the filling. The silhouette of hyperbolic cooling towers is defined.
  • Keywords
    hyperbolic cooling towers, aerodinamic calculations
  • Pages
    243 - 250
  • Submitted
    05/28/2012
  • Revised
    07/17/2012
  • Accepted
    08/08/2012
  • BIBLID
    0350-218X, 38 (2012), 2, 243-250
  • References
    • Benton, D., J., A Numerical Simulation of Heat Transfer in Evaporative Cooling Towers, Tennesse Valley Authority, Knoxville, Ten., USA, Report WR 28-1-900-110, 1983
    • Berman, L. D., Isparitelünoe ohla`deniÙ cirkul®cionnoŸ vodû, Gosenergizdat, Leningrad, Rossi®, 1957
    • Golubović, D, D., Improvement of Cooling Water in the Fillings of Power Plant's Hyperbolic Cooling Towers, M. Sc. thessis, Faculty of Mechanical Engineering, Belgrade, 2010
    • Golubović, B. D., Golubović, D. D., Hyperbolic Cooling Tower's Fillings, The International Conference Mechanical Engineering in XXI Century, Faculty of Mechanical Engineering, Niš, Ser bia, 2010
    • Golubović, D. D., Golubović, B. D., Aplication of Modern Construction Packings in Hyperbolic Cooling Towers, 23, International Congress, Proceedings, 10, Tara, Serbia, 2010
    • Golubović, D. D., Golubović, B. D., Water Cooling Efficiency in Power Plant Hyperbolic Cooling Tower, Proceedings, II International Conference IEEP, Zlatibor, Serbia, 2010
    • Golubović, B. D., Golubović, D. D., Improvement of Water Cooling in the Hyperbolic Cooling Tower, 41. International Congress KGH, Belgrade, 2010
    • FarforovskiŸ, V. S., FarforovskiŸ, V. B., Ohladiteli cirkulÔcionnoŸ vodû teplovûh ƒlektrostanciŸ, Energia, Leningradskoe otdelenie, Rossi®, 1972
    • Zemanek, I., Heat and Mass Transfer in Cooling Tover Packings, National Research Institute for Machine Design, Praha, 1989
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