The third edition of Bubbles, Drops, and Particles in Non-Newtonian Fluids provides
comprehensive coverage of the scientific foundations and the latest advances in particle …

The burning characteristics of fuel droplets containing nano and micron-sized aluminum
particles were investigated. Particle size, surfactant concentration, and the type of base fluid …

Efforts are made to report a numerical investigation on natural convection flow around a
heated vertical hollow spherical ring with negligible wall thickness exposed in quiescent air …

In this work, the governing field equations describing heat transfer from a heated sphere
immersed in quiescent power-law fluids have been solved numerically. In particular …

Herein, laminar convective heat transfer from two horizontally arranged spheres has been
evaluated by using numerical models inside water-based fluids incorporated with alumina …

The authors present a new algorithm for analyzing ray deflection within spherical refractive
index fields. The algorithm emanates from the well-known deconvolution algorithm for …

In this work, free convective heat transfer from a horizontal cylinder immersed in quiescent
power-law fluids has been investigated numerically in the laminar flow regime. The …

The intricate three-dimensional natural convection and entropy generation of a flow between
cuboidal enclosure and a spherical surface is numerically examined in this study. The …

For the very first time, this study attempts to address the heat dissipation from an isothermal
ribbed sphere under the action of pure natural convection. Semicircular ribs of different radii …

Natural convection heat transfer from a finned sphere has been studied numerically in both
laminar (10 5⩽ Ra⩽ 10 8) and turbulent (10 10⩽ Ra⩽ 10 12) regimes. Computations are …