In the present work, a modified critical viscosity model considering condensation,
thermophoresis and inertia impaction has been established to simulate ash deposition on a …

The problem of ash deposition on heat exchange surfaces is one of the main causes
hindering the safe and efficient operation of conventional boilers. Hence, looking into the …

Subgrid-scale (SGS) gas flow and particle-particle collision are closely related to the particle
dispersions in swirling gas-particle flow. However, investigations which consider the four …

In this paper, a transient numerical model, which both considered fly–ash particle deposition
and alkali vapor condensation, is proposed to predict the ash deposition propensity on a …

Particle–target surface interactions are ubiquitous in nature and play an essential role in
predicting the adhesion and rebound dynamics of incident particles during the collision …

Biodiesel combustion in industrial furnaces, which functions as an effective alternative for
fossil fuel combustion, is an important energy-saving and emission reduction technology. In …

This study numerically investigated the thermoacoustic combustion instability characteristics
of a scaled rocket combustor based on a hybrid of the Reynolds-averaged Navier–Stokes …

Fluid dynamic calculations play a crucial role in understanding marine biochemical dynamic
processes, impacting the behavior, interactions, and distribution of biochemical components …

In a continuous hot-dip galvanizing vertical furnace for strip steel, zinc vapor oxidizes in the
snout of the furnace to form zinc ash. The zinc ash adheres and agglomerates on the inner …

When employing the immersed interface method (IIM) to simulate a fluid flow around a
moving rigid object, the immersed object can be replaced by a virtual fluid enclosed by …