Numerical modeling of the drift and deposition of droplets emitted by mechanical cooling towers on buildings and its experimental validation

Author:

Consuegro A.J.,Kaiser A.S.,Zamora B.,Sánchez F.,Lucas M.,Hernández M.

Publisher

Elsevier BV

Subject

Building and Construction,Geography, Planning and Development,Civil and Structural Engineering,Environmental Engineering

Reference33 articles.

1. Modeling of simultaneous heat and mass transfer within passive down-draft evaporative cooling (PDEC) towers with spray in FLUENT;Kang;Energy Build,2013

2. A model autumn outbreaks of Legionnaries disease associate with cooling towers, linked to system operation and size;Bentham;Epidemiol Infect,1993

3. An outbreak of Legionella pneumonia originating from a cooling tower;Isozumi;Scand J Infect Dis,2005

4. Kennedy JF, Fordyce H. Plume recirculation and interference in mechanical draft cooling towers. In: Cooling tower environment – 1974, symposium at University of Maryland (US), 4–6 March, PPSP CPCTP-22, WRRC special report no. 9; 1974.

5. Petersen RL. ISC3 and PRIME versus wind tunnel observations for a power plant with hyperbolic cooling towers. In: 13th Conference on the applications of air pollution meteorology, and 5th conference on urban environment, Vancouver, British Columbia (Canada); 23–26 August 2004.

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