Turbulent dispersed multiphase flows are common in many engineering and environmental
applications. The stochastic nature of both the carrier-phase turbulence and the dispersed …

Motivated by the need to resolve the condensation-coalescence bottleneck in warm rain
formation, a significant number of studies have emerged in the past 15 years concerning the …

▪ Abstract Turbulence is ubiquitous in atmospheric clouds, which have enormous turbulence
Reynolds numbers owing to the large range of spatial scales present. Indeed, the ratio of …

▪ Abstract The ability of turbulent flows to effectively mix entrained fluids to a molecular scale
is a vital part of the dynamics of such flows, with wide-ranging consequences in nature and …

In this survey we consider the impact of turbulence on cloud formation from the cloud scale
to the droplet scale. We assess progress in understanding the effect of turbulence on the …

Despite significant advances in cloud physics, many problems exist in the state-of-the-art
microphysical cloud modeling. The progress is hampered by (1) many remaining gaps and …

Multiphase flows occurring in nature and in technological applications are often turbulent.
The large range of length scales and timescales in turbulent multiphase flows makes direct …

The effect of particle inertia on the interparticle collision rates of a turbulent aerosol was
investigated recently by Sundaram and Collins (1997) using direct numerical simulation …

All aspects of our lives are influenced by the weather and especially severe weather events-
such considerations tend to become more pertinent as such weather events may become …

There have been relatively few studies of turbulent collision rate of sedimenting droplets in
the context of cloud physics, for which both the gravitational settling and inertial effects must …