The prominent novelty of current review is to exhibit the fluctuating and oscillatory convective
heat transfer properties along various geometries with magnetic force, variable density …

The current study is concerned with the investigation of the combined effects of
thermophoretic motion and thermal radiation on steady, viscous, incompressible and two …

The main aim of the current study is to analyze the impacts of fossil fuel thermophoretic
convective heat transfer on climate change with variable viscosity and thermal conductivity …

This review paper provides a comprehensive inspection how the magnetic Prandtl number
(Prandtl number influenced by a magnetic field) and the magnetic force parameter affect …

A computational analysis due to the thermal performance of combined effects of solar
radiation and variable density around a laminar vertical jet is carried out. For this purpose, a …

The present contribution deals with the study of periodical behavior of convective heat
transfer along the electrical conducting cone embedded in porous medium. The unsteady …

The study provides novel and valuable insights into the behavior of fluid flow and heat
transfer in a generated plume under the influence of an aligned magnetic field, which is a …

The present study is based on oscillatory mixed-convection flow of electrically conducting
fluid around a non-conducting horizontal circular cylinder. By following the statement of the …

The current research examines the combined effects of solar energy and thermal buoyancy
around a laminar jet placed in a porous medium. The governing boundary layer equations …

This current work highlights the consequences of variable viscosity and variable thermal
conductivity of hydrosphere and porous atmosphere on climate change. Solar energy is …