Titlebook: Simplified Models for Assessing Heat and Mass Transfer; Alessandra Angelis,Onorio Saro,Marco Medici Book 2013 Springer Nature Switzerland

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Operating Principle, water normally ranges from 3%–4%, which means 96-97% of recirculated water is reclaimed. Common means for enhancing evaporation include forced air circulation with fans and interposition of materials with large surfaces and limited total volume (fill packs) which achieve maximum water-air contact.

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Zero-Dimensional Model Application, concerning the zero-dimensional model have been developed. The first sheet named “property” lists the thermophysical properties which are mainly used in the following calculations involving dry air, saturated vapor and liquid water. The relevant proprieties are: density, specific heat, dynamic visc

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Numerical Analysis,ther: the objective is to obtain the partial conditions of water and air in the horizontal sections along the tower. Such problem needs to be solved through numerical analysis. The procedure is based on heat and mass transfer which take place inside the cooling tower. As we will see later, the metho

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Conclusions,re in good agreement. In addition, the zero-dimensional method proved its usefulness in determining the operating conditions of fluids to be employed as boundary conditions for the one-dimensional method.

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2690-0300 y employed each time a significant water flow at a temperature which does not greatly differ from ambient temperature is needed for removing a remarkable heat load; its aim is to refrigerate a water flow through the partial evaporation of the same.978-3-031-79359-2978-3-031-79360-8Series ISSN 2690-0300 Series E-ISSN 2690-0327

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Numerical Analysis,hrough numerical analysis. The procedure is based on heat and mass transfer which take place inside the cooling tower. As we will see later, the method is validated by comparison with the results derived from the known experimental data.

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