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Heat and Mass Transfer in Intense Liquid Evaporation

This special issue belongs to the section “Energy Science and Technology“.

Special Issue Information

Dear Colleagues,

High-temperature multiphase flows are widely used in chemical technologies and power engineering. At intensive liquid evaporation, it is important to consider convection in both gas and liquid phases. In this case, at a liquid–gas boundary (films, drops, rivulets, jets, and bubbles), there is the Marangoni flow that enhances heat and mass transfer. In recent decades, textured walls and nanofluids have been effectively used to intensify transfer processes. The combined effects of wall textures, nanopowders, and convection are extremely difficult to simulate. Experimental studies of hydrodynamics and heat transfer of complex flows in the presence of many key factors help to develop modern physical models. The integral methods used to determine the coefficients of friction and heat transfer do not allow unraveling mechanisms associated with surface phenomena. Therefore, much attention is currently being given to defining local, instantaneous parameters for the fields of velocity, temperature, and concentration. The combination of integral and local methods serves to more deeply understand the physics of transfer processes and to develop simple computational methods for technical application.

In this Special Issue, we will present to readers the results of research in the field of heat and mass transfer in intense liquid evaporation. We are pleased to invite researchers to contribute to creation of the Special Issue dedicated to various aspects of heat and mass transfer in high-temperature multiphase flows. 

Dr. Sergey Ya. Misyura
Guest Editor

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Keywords

  • Heat and mass transfer
  • Evaporation
  • Droplet
  • Convection
  • Heat flux
  • Wettability
  • Structured surface
  • Nanopowder flow
  • Surfactants
  • Multiphase flows

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Appl. Sci. - ISSN 2076-3417