Natural convection around a decentered triangular cylinder placed in a square cylinder is
studied numerically using the lattice-Boltzmann method. The study is conducted for pure …

In this work, the equations of motion and energy have been solved numerically using
Comsol Multiphysics (version 4.3 a) for the laminar free convection heat transfer from a …

Mesoscopic numerical simulations have been carried out to learn about the flow and heat
transfer characteristics of a 2-D permeable triangular cylinder, aligned at two different …

This study explores the effect of Prandtl number on the laminar natural convection heat
transfer to Newtonian fluids in a square enclosure consisting of one hot circular cylinder and …

In this study, the two-dimensional steady flow of power-law fluids past a semicircular cylinder
(flat face oriented upstream) has been investigated numerically. The governing equations …

The steady mixed convective transport from a heated triangular cylinder immersed in power-
law fluids in an unconfined vertical domain is investigated numerically. Two different …

Laminar aiding-buoyancy mixed-convection heat transfer in power-law fluids from a heated
semicircular cylinder with its flat base facing the oncoming flow was studied in this work. The …

The momentum and forced convection heat transfer characteristics of a heated equilateral
triangular cylinder immersed in a Bingham plastic fluid have been studied numerically. The …

The natural convection from a heated triangular prism buried in a porous medium packed
into a 0.2 m square duct is investigated experimentally. The porous medium comprises glass …

Bonafide numerical simulations of transport phenomena in rarefied gases are becoming
increasingly important in science and engineering. To enhance the accuracy of the rarefied …