Physical parameters in dimensionless form in the governing equations of real-life
phenomena naturally occur. How to control them by determining their range of validity is in …

Understanding the behaviour of temperature dependent viscosity thin film flows on a
vertically upward moving heated belt is crucial for improving predictive models in various …

Thin film flow is an important theme in fluid mechanics and has many industrial applications.
These flows can be observed in oil refinement process, laser cutting, and nuclear reactors …

The concept of fuzzy calculus in fluid modelling offers a feasible approach to address
ambiguity and uncertainty in physical phenomena. This study aims to model and analyse …

In this paper, the Steady state thin layer flow of a viscoelastic Ellis fluid in contact with a
vertical cylinder for drainage and lift problems is examined. Closed form solutions are …

In the present study, bio-inspired computing technique is designed for solving governing
mathematical relation for steady thin film flow of Johnson–Segalman fluid on vertical cylinder …

In this paper, a novel soft computing technique is designed to analyze the mathematical
model of the steady thin film flow of Johnson–Segalman fluid on the surface of an infinitely …

The problem of heat transfer analysis is considered in electrically conducting thin film flows
with slip boundary conditions. The flow is assumed to be obeying the nonlinear rheological …

In this paper, the magnetohydrodynamic (MHD) thin-film flow of Johnson–Segalman fluid for
lifting and drainage problems on a vertical surfaces are investigated. The nonlinear …

This study investigates thin film's drainage and lifting of a steady, non-isothermal-modified
second-grade incompressible fluid. An approximate analytical technique The homotopy …