We present an analysis of the significance of exponentially varying viscosity and thermal
conductivity in the magnetohydrodynamic flow of a tangent hyperbolic fluid. The study …

The main difficulty in dealing with the basic differential equations of fluid momentum is in
choosing an appropriate problem-solving methodology. In addition, it is necessary to correct …

In addition to the non-Newtonian fluids (NNFs), thermophysical analysis of NNF–NNF is very
useful for developing unsteady flow measurements. This work aims to provide a two …

In general, analyzing the potential flow past a wedge is described by the well-known Falkner–
Skan boundary value problem (FBVP). However, there exist no findings in the literature …

In this work, an additional convergence of the homotopic based approach is investigated for
the three-dimensional (3-D) exponentially flow pattern subjected to inclined magnetic field …

Generating homotopy-based approaches (HBAs) in thermal-fluid sciences is an efficient
manner for finding absolutely convergent series expansions. The main objective of this …

In this paper, a block linear multistep method (LMM) with step number 4\((k= 4)\) through
collocation and interpolation techniques using probabilists Hermite polynomial as basis …

In general, analyzing the potential flow past a wedge is described by the well-known Falkner–
Skan boundary value problem (FBVP). However, there exist no findings in the literature …

In this paper, finite difference method is used to study the combined effects of thermal
radiation, inclined magnetic field and temperature-dependent internal heat generation on …