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<p>The formulation of a&#xa0;theoretical framework for convection during liquid-gas phase transitions is driven by extensive experimental research into convective phenomena involving diffusive evaporation at the interface. The mathematical model for these interfacial processes employs the equations for incompressible fluid flow, supplemented by heat and mass balance relations. This paper presents the construction and analysis of an exact solution to the resulting governing equations and the corresponding boundary-value problem. The problem statement is derived from specific experimental conditions, including thermal insulation of the channel walls, gas pumping, etc.</p>

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On solution of convective evaporation problem for bilayer flow in channel with adiabatic horizontal walls

  • 期刊论文

  • 发表日期：

    2026年3月31日

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  • Irina V. Stepanova

摘要

The formulation of a theoretical framework for convection during liquid-gas phase transitions is driven by extensive experimental research into convective phenomena involving diffusive evaporation at the interface. The mathematical model for these interfacial processes employs the equations for incompressible fluid flow, supplemented by heat and mass balance relations. This paper presents the construction and analysis of an exact solution to the resulting governing equations and the corresponding boundary-value problem. The problem statement is derived from specific experimental conditions, including thermal insulation of the channel walls, gas pumping, etc.