Frontal Polymerization (FP) was recently demonstrated as a faster, more energy-efficient
way to manufacture fiber-reinforced thermosetting-polymer-matrix composites. FP uses heat …

Recently presented as a rapid and eco-friendly manufacturing method for thermoset
polymers and composites, frontal polymerization (FP) experiences thermo-chemical …

Motivated by the use of frontal polymerization for the manufacturing of thin layers with
thickness down to∼ 100 μm, we numerically and experimentally investigate the interplay …

A combined study devoted to chemo-Marangoni convection and the underlying kinetics is
presented for a biphasic system in which surfactants are produced in situ by an interfacial …

Pattern forming instabilities are often encountered in a wide variety of natural phenomena
and technological applications, from self-organization in biological and chemical systems to …

This study examines the viscous fingering phenomenon of immiscible displacement in Hele-
Shaw cells using the volume of fluid approach (HSC). The displaced fluid has various power …

Buoyancy‐driven hydrodynamic instabilities of a miscible reactive interface in a
homogeneous porous medium is examined. A bimolecular chemical reaction (A+ B→ C) is …

The nonlinear dynamics of A+ B→ C fronts is analyzed both numerically and theoretically in
the presence of Marangoni flows, ie, convective motions driven by surface tension gradients …

We study a variant of the classic viscous fingering instability in Hele-Shaw cells where the
interface separating the fluids is elastic, and presents a curvature-dependent bending …

In reacting flows where chemical reactions occur within a flowing fluid, certain changes in
the properties of the fluid, induced by the chemical reaction, can alter the flow dynamics …