This paper is devoted to the simultaneous application of two spatiotemporally resolved
optical techniques capable of liquid film thickness measurements, namely Planar Laser …

In annular gas-liquid flow, the droplets are torn from the liquid film surface by the turbulent
gas stream, accelerate due to the gas drag force and eventually deposit back onto the wavy …

The impacts of the entrained droplet size on the pressure drop and heat transfer in annular
flow cannot be ignored. However, literature data on the droplet size for higher liquid …

A multi-phase multi-component lattice Boltzmann model for modeling the gas hydrate
dissociation process is proposed, which takes into account the dissociation kinetics, gas …

We present an optical technique that combines simultaneous planar laser-induced
fluorescence (PLIF), particle tracking velocimetry (PTV) and infrared (IR) thermography for …

We formulate the droplet entrainment detached from a thin liquid film sheared by a turbulent
gas in a circular pipe. In a time-averaged sense, the film has a Couette flow with a mean …

The surface of a thick liquid film under strong gas shear is covered by large-scale
disturbance waves and small-scale ripples. Disruption of these ripples on top of disturbance …

A film cooling technique using a liquid film subjected to a hot gas flow in a turbulent
condition is theoretically investigated. We successfully incorporate the two essential factors …

The rich structures arising from the im**ement dynamics of water drops onto solid
substrates at high velocities are investigated numerically. Current methodologies in the …

Annular flow with liquid entrainment occurs in a wide variety of two-phase flow system. A
novel control volume finite element method with adaptive unstructured meshes is employed …