Mathematical model of indirect evaporative heat exchanger with allowance for the motion mode of the water film

Abstract

The article describes a mathematical model of indirect evaporative heat exchanger operating on the Maisotsenko cycle. The presented model includes a description of the modes of motion of the water film flowing down the wall from the process air flow. Dependencies that determine the heat transfer coefficient are given for all modes of motion. The values of the volume density of irrigation were presented to ensure the optimal, in terms of heat transfer coefficient, the mode of movement of the water film.

Identifiers

DOI

10.1063/1.5133361

Citations and references