Spontaneous capillary flow of liquids in narrow spaces plays a key role in a plethora of
applications including lab-on-a-chip devices, heat pipes, propellant management devices in …

The capillary driven flow of a liquid in a tube of elliptical cross section under microgravity is
studied in this paper. All the factors including the dynamic contact angle between the liquid …

Capillary flow of liquids plays a key role in many applications including lab-on-a-chip
devices, heat pipes and printed electronics manufacturing. Open rectangular microchannels …

Nowadays a propellant residual gauging method based on the thermal response of the
tanks' wall is developed. And the liquid distribution and meniscus height have great effects …

In the absence of significant body forces the passive manipulation of fluid interfacial flows is
naturally achieved by control of the specific geometry and wetting properties of the system …

The capillary-driven flow is an essential portion of liquid behavior under microgravity.
Capillary-driven flows in eccentric annuli under microgravity are deeply analyzed in this …

The capillary rise of the liquid in concentric annuli under microgravity is studied here. The
influences of the dynamic contact angle between the liquid and the annulus wall, the …

Propellant tanks of satellites usually contain cylindrical structures. Under microgravity, liquid
can spread on the revolution's surface regardless of its size. This study focuses on liquid …

Plate type surface tension tanks have been widely used in satellites. Capillary phenomena
between plates is an important part of liquid behaviour in space. Capillary phenomena …

Propellant tanks and propulsion systems are essential for space missions. Studying capillary
phenomena of the liquid in tubes with varying cross-section under microgravity can provide …