Crank Nicholson scheme to examine the fractional-order unsteady nanofluid flow of free convection of viscous fluids.

ABSTRACT: Fractional fluid models are usually difficult to solve analytically due to complicated mathematical calculations. This difficulty in considering fractional model further increases when one considers nth order chemical reaction. Therefore, in this work an incompressible nanofluid flow as well as the benefits of free convection across an isothermal vertical sheet is examined numerically. An nth order chemical reaction is considered in the chemical species model. The specified velocity (wall's) is time-based, and its motion is translational into mathematical form. The fractional differential equations are used to express the governing flow equations (FDEs). The non-dimensional controlling system is given appropriate transformations. A Crank Nicholson method is used to find solutions for tempe

SUBMITTER: Zubair T 

PROVIDER: S-EPMC8887771 | biostudies-literature | 2022

REPOSITORIES: biostudies-literature