The rheological behavior of semi-solid slurry is systematically studied via three different
testing modes under either shear stress or shear rate control mode. Then the non …

Nanofluids are expected to be utilized in more efficient based processes. Such nanofluids
are employed in cancer therapy, computer electronics, food packaging, and physical …

In this paper, a non-isothermal study of the calendering processes is presented using
Carreau–Yasuda model along with nonlinear slip condition introduced at the upper roll …

In this article, calendering analysis is presented using Johnson‐Segalman fluid model along
with nonlinear slip condition introduced at the upper roll surface. The flow equations for the …

This paper mathematically studies calendering with a tangent hyperbolic model to simulate
non-Newtonian polymers. The constitutive equations based on Lubrication Approximation …

This paper investigates the isothermal calendering process for Sutterby fluid model.
Lubrication approximation theory (LAT) is used for the simplification of the governing …

The significance of rheology in the context of bio three-dimensional (3D) printing lies in its
impact on the printing behavior, which shapes material flow and the layer-by-layer stacking …

The flow through a 4: 1 planar contraction has been investigated using different rheological
models having the same shear viscosity, namely, the inelastic Carreau-Yasuda model (CY) …

Industries widely use the calendering process to create coated fabrics, thermoplastic films,
plastic sheeting, and textile fabrics to procure the prerequisite surface smoothness plus …

In modern applied mathematics, engineering, and the physiological world, the concept of
peristalsis is of great significance. The present article concentrates on the peristaltic …