This paper compiles selected predictive analytical and numerical tools which can be used to
model and understand the mechanisms of importance at different stages during and …

Despite the continuous evolution on the performance of refractory ceramic products,
monolithic materials still require special attention during their processing steps as various …

Requirements on material properties for extrusion-based additive manufacturing mostly
focus on the rheological behavior of the cementitious material being printed. The layer …

Magnetic resonance imaging visualization down to nanometric liquid films in model porous
media with pore sizes from micro-to nanometers enables one to fully characterize the …

We derive a model to describe the dynamics of confined directional drying of a colloidal
dispersion. In such experiments, a dispersion of rigid colloids is confined in a capillary tube …

We review the uses of nuclear magnetic resonance techniques for experiments with fluids.
More precisely we focus on the progress of knowledge in complex flows, rheology of …

Understanding the physics of water evaporation from saline porous media is important in
many natural and engineering applications such as durability of building materials and …

Experimental and numerical pore network simulation studies on convective drying of
capillary porous media under slow isothermal conditions are presented in this work. As a …

The sol–gel transition involves the transformation of a colloidal suspension into a system-
spanning, interconnected gel. This process is widely used to reinforce mechanically …

We look at the drying process in a simple glass channel with dominant capillary effects as is
the case in microfluidics. We find drying kinetics commonly observed for confined geometry …