Soil salinization refers to the accumulation of water‐soluble salts in the upper part of the soil
profile. Excessive levels of soil salinity affects crop production, soil health, and ecosystem …

Fluid bed granulation is faced with a high level of complexity due to the simultaneous
occurrence of agglomeration, breakage, and drying. These complexities should be …

The distribution of catalytically active species in heterogeneous porous catalysts strongly
influences their performance and durability within industrial reactors. A drying model for …

Visualization experiments with microfluidic pore networks are performed in this work to
disclose interplay between salt precipitation, the corner liquid film flow, and gas–liquid …

Drying process of porous medium is of interest in engineering applications. However, pore-
scale studies of wettability effects on the drying process of three-dimensional (3D) porous …

The scale transition from discrete pore network model (PNM) simulations to one-equation
continuum model (CM) of drying has been investigated in previous studies for uniformly …

Generalized network models (GNMs) serve as powerful tools, bridging the intricate gap
between pore-and continuum-scale multiphase transport in porous media. An essential step …

X-ray micro-tomography was used to comprehensively study the pore-scale drying process
and characterize the liquid film region and the invasion front. Our finding reveals that the …

The capillary pressure curve is essential for predicting multiphase flow processes in
geological systems. At low saturations, wetting films form and become important, but how …

In-depth knowledge of the heat and mass transfer mechanisms in removing the solvent of
the propellant grains is crucial for optimizing process conditions as well as obtaining quality …