Establishing a clean, low-carbon, and efficient energy system is paramount for the
sustainable development of industries and human society. Multiphase flows are …

Suppressing the interfacial instability during fluid displacement, namely, viscous fingering,
has been a long-lasting challenge in many applications. Numerous strategies have been …

The transport phenomena of A+ B→ C type reactive miscible front undergoing radial
displacement in a porous medium are numerically investigated. For a stable displacement …

This paper investigates the hydrothermal behavior of leaky dielectric and perfect dielectric
droplets impacting a superheated wall within a specific range of Weber numbers (W e≤ 30) …

In this work, we aim to develop a phase-field based lattice Boltzmann (LB) method for
simulating two-phase electrohydrodynamics (EHD) flows, which allows for different …

Convection, diffusion, and reaction dynamics of radial displacement of reactive fluids
undergoing second-order chemical reaction in a porous medium are modeled and …

This article reports the effects of viscosity ratio and surface wettability on immiscible viscous
fingering instability in the rectangular channel. A series of numerical investigations perform …

This research develops a hybrid numerical model to investigate the electrohydrodynamic
effects on multicomponent viscoelastic fluids. By combining the lattice Boltzmann and finite …

Droplet deformation under shear flows is widely observed in many practical applications,
including droplet-based microfluidics and emulsion processing, whereby the droplet usually …