[EN] Different techniques are used to analyze annular flow, but the more interesting ones are those techniques that do not perturb the flow and provide enough resolution to clearly distinguish the interfacial phenomena ...
Cuadros-Orón, José Luis; Rivera-Durán, Yago; Berna, C.; Escrivá, A.; Muñoz-Cobo, J. L.; Monrós-Andreu, G.; Chiva, S.(Elsevier, 2019-05)
[EN] For more than fifty years, hundreds of research works have focused on the study of annular flow because of its huge importance in many industrial processes, for instance, chemical, petroleum, etc., being of particular ...
[EN] This paper investigates non-invasive techniques for annular two-phase flow analysis, focusing on liquid film characterization to understand the interfacial phenomena that are crucial for heat and mass transfer. Limited ...
Rivera Durán, Yago(Universitat Politècnica de València, 2023-07-03)
[ES] El flujo anular es uno de los regímenes de flujo bifásico más importantes y se caracteriza por que una fracción de líquido muy pequeña conocida como película de líquido que viaja cerca de la pared y un núcleo gaseoso. ...
Rivera-Durán, Yago; Muñoz-Cobo, J. L.; Cuadros, Jose-Luis; Berna, C.; Alberto Escrivá(Elsevier, 2021-01-01)
[EN] In this paper, we have performed an experimental study of the effect of changing the surface tension of the water in vertical annular concurrent two-phase flow (air + liquid) by adding small amounts of 1-butanol to ...
[EN] Annular flow is characterized by a thin liquid film flowing on the pipe wall and a high velocity gas core flowing in its center, which normally carries liquid droplets. This review presents and analyzes most of the ...
[EN] Annular two-phase flow has been vastly investigated because of its large and deep involvement in industrial processes, particularly in nuclear engineering. This paper reviews most of the recent literature on the matter, ...