An analysis of classical Graetz problem is carried out for the case of fluid obeying the
Casson constitutive equation. The considered model physically corresponds to the thermal …

This article investigates the Graetz problem for an inelastic power-law fluid by incorporating
the effects of homogeneous slippery surface (s). The energy equation with viscous …

The classical Graetz problem of fluid entering a long channel possessing different
temperature from that of fluid is extended here to the case where the upper wall of the …

The Graetz-Nusselt problem is addressed with non-Newtonian power-law nanofluid with slip
boundary conditions. In the said fluid model, the power-law coefficient m and flow index n …

The objective of this article is to examine the simultaneous incorporation of polymers and
dust particles, a previously unexplored topic according to the available literature …

In this article, two exact analytical solutions for heat convection in viscoelastic fluid flow
through isothermal tubes and slits are presented for the first time. Herein, a Peterlin type of …

A theoretical model is presented to analyze the calendering process wherein, the material to
be calendered, is represented by the constitutive equation of a FENE-P fluid. The continuity …

In this study, the combined influence of fluid viscoelasticity and inertia on the flow and heat
transfer characteristics of a circular cylinder in the steady laminar flow regime have been …

Purpose Analyzing and reducing entropy generation is useful for enhancing the
thermodynamic performance of engineering systems. This study aims to explore how …

Non-Newtonian fluids have variable viscosity in response to shear rate, and the presence of
polymers and nanoparticles further modifies their flow characteristics. In this paper, the …