A liquid meniscus between two lyophilic solid surfaces causes an attractive force, the
capillary force. The meniscus can form by capillary condensation or by accumulation of …

This study examines the influence of surface roughness on the capillarity of liquid bridges
between two solid surfaces and the wettability of droplets on solid surfaces. For this purpose …

Capillarity in wet granular materials induces cohesion and increases the material strength
due to the attractive forces acting on capillary bridges. In the funicular state, water bridges …

Low-rank coal drying plays a crucial role in achieving clean and efficient coal utilization. This
study introduces steam flash drying, a novel method specifically designed for upgrading low …

The transition of a liquid bridge profile from convex to concave and the associated capillary
forces are experimentally studied via particle-particle and particle-plane pairs. The results …

This paper presents a detailed investigation on the mechanical forces acting on a liquid
bridge between dissimilar fibers in parallel and orthogonal configurations. These forces …

When two particles with a thin liquid film are colliding toward each other, liquid films merge
to form a pendular liquid bridge, which may induce a strong capillary force. The capillary …

We aimed to investigate the impact of surface roughness on liquid bridges between
spherical particles. Sandblasting was used to control the particle size and produce glass …

This paper presents an original approach for measuring the surface tension of a liquid from
capillary bridges between monodisperse spherical particles. This method is based on an …

This paper reports on adhesion forces between a liquid bridge and two parallel plates
coated with electrospun fibers experimentally and computationally. For the experiments, a DI …