… This study investigates microgravity flow … the interfacial flow physics. To analyze and explain
the effects of various parameters in microgravity, heat transfer results are presented as flow …

… microgravity-flow-boiling database. This study is focused on heat transfer and flow visualization
of microgravity flow … is utilized to present flow patterns and temporal interfacial behavior. …

… Many measurements were obtained, but of interest in this investigation were the film thickness
time traces obtained in microgravity (∼0.02 g) for air–water annular flows, and the ground …

… This is also true for the liquid that flows up and down in our flat boxes due to the imposed
sine wave parallel to the interface. Hence, the change of contact angle, 8, upon rising or falling …

… The main focus of interest in this paper is the ability of the four interface-capturing methods
to predict the flows in liquid oxygen under microgravity, and two benchmark problems are …

… performance and interfacial behavior of boiling in microgravity (µg e ) … µg e data for either
pool or flow boiling is obtained via drop … The heat transfer results and interfacial flow physics for …

… The region above the central drop we call the “interfacial flow region”. It is here that the
temperature gradient is high enough to develop Marangoni stresses at the vapor–liquid …

… flow was investigated. Finally, the effect of the interfacial heat exchange on the thermocapillary
flow in a liquid bridge of low Prandtl number fluid in microgravity was investigated as a …

… scientific study in interfacial phenomena, microgravity fluid physics and thermodynamics; 2)
… The goal of this research is obtain the flow and concentration fields near miscible interfaces …

… an interface separating immiscible fluids under the microgravity … in microgravity by the relative
ease with which the interface can … flow, which can lead to the drop being recaptured by the …