This paper investigates the buoyancy driven mixed convective flow and heat transfer
characteristics of water-based nanofluid past a circular cylinder in cross flow using a SUPG …

Combined influence of Prandtl number and Darcy number variations on heat transfer from a
two-dimensional porous square cylinder, placed in an unconfined computational domain, is …

Wake dynamics and forced convective heat transfer characteristics past a semi-circular
cylinder at incidence have been investigated numerically. Utilizing air as an operating fluid …

Forced convective heat transfer around a circular cylinder using nanofluids has been
numerically analyzed employing a mixture model based Multi-Phase Modeling (MPM) …

In this study, circular cylinders with bionic surfaces were developed to control the flow fields
around cylindrical structures such as stay cables of bridges. The bionic cylinder geometries …

In this study, an in-depth examination of the aerodynamic parameters involving forced and
mixed convection around a heated square cylinder is presented. The ranges of Prandtl …

The effects of thermal radiation and viscous dissipation on the flow and heat transfer of a
hybrid nanofluid (Cu–Al 2 O 3/water) past a circular cylinder are investigated for both …

The fluid–thermal–structure interaction of three identical, heated circular cylinders in tandem
with a variable spacing ratio ranging from 4.0 to 10.0 is numerically investigated using the …

The present work simulates the buoyancy driven mixed convective flow and heat transfer
characteristics of water-based nanofluid past a square cylinder in vertically upward flow …

In natural convection (high Richardson number Ri), a high Prandtl number (Pr) leads to
thinner thermal boundary layers, enlarging the thermal gradient and hence the …