In this work, a comprehensive study of fluid forces and thermal analysis of two‐dimensional,
laminar, and incompressible complex (power law, Bingham, and Herschel–Bulkley) fluid …

In this work, we analyze the characteristics of periodic flows in non-isothermal viscous fluid
over a heated block in the presence of thermal plates at Reynolds number (R e= 100). The …

In this paper, three-dimensional numerical simulations are carried out to investigate and
analyze the gradual effects of thermal buoyancy strength on laminar flow of an …

The fluid–thermal–structure interaction of a heated circular cylinder is numerically
investigated at Pr= 0.71, Re= 60–160, and Ri= 0–2.0 in this article using the stabilized finite …

In this work, the critical parameters for an incompressible flow of non-Newtonian shear-
thickening power-law fluids across a channel confined circular cylinder have been …

In this paper, two-dimensional simulations are carried out to understand the effects of aiding
and opposing thermal buoyancy on the downward flow and heat transfer characteristics …

In recent years, nanoencapsulated phase change materials (NEPCMs) have gained great
interest in thermal management and control applications. This paper addresses the mixed …

A two-dimensional numerical simulation is carried out to understand the combined effects of
thermal buoyancy strength and rheological flow behavior of non Newtonian power-law fluids …

3D numerical simulations are performed to analyze correctly the effect of opposing thermal
buoyancy and Dean number on Dean vortices, fluid flow and heat transfer through 180° …

In this paper, the numerical simulations of laminar mixed convection heat transfer from row
of three isothermal square cylinders placed in side-by-side arrangement are carried out to …