The most recent developments in the modelling of heating and evaporation of fuel droplets,
the results of which were published in 2014–2017, are reviewed, and the most important …

Most of the currently used models for droplet heating and evaporation are based on the
assumption that droplets are perfect spheres. At the same time the shapes of many observed …

The momentum and heat transfer phenomena of spheroid particles in an unbounded
Newtonian fluid have been numerically investigated by solving governing conservation …

Gas/shear-thinning liquid two-phase flow is often involved in the petroleum, chemical, and
food industries, with the bubble shape playing a vital role in the theoretical analysis and …

Fixed and dynamic assemblies of non-spherical particles participate in many heat and mass
transfer industrial processes. However, most convective heat transfer coefficients are …

The modelling of evaporation in which droplet geometry deviates from sphericity, ie, oblate
spheroid, when the droplet experiences high dynamic stresses or a high Weber number, is …

A common assumption in heat transfer models that involve fluid-solid interactions is that
solid particles have a spherical shape. However, in numerous engineering applications, it is …

Abstract Effects of the confining wall or blockage on the heat transfer phenomena of
spheroid particles were numerically investigated. The heated spheroid particles were …

In many applications, the shape of a droplet may be assumed to be an oblate spheroid. A
theoretical study is conducted on the evaporation of an oblate spheroidal droplet under …

The influence of magnetic field on the steady, laminar flow of an incompressible and
electrically conducting fluid with mixed convection over a circular cylinder subject to uniform …