In the analysis of electroosmotic flows, the internal electric potential is usually modeled by
the Poisson–Boltzmann equation. The Poisson–Boltzmann equation is derived from the …

Abstaining from a corrector step of SIMPLE-like algorithms, a coupled pressure-based
algorithm is designed using a cell-centered finite-volume Δ-approximation on a collocated …

Heat transfer continues to be a major field of interest to engineering and scientific
researchers, as well as designers, developers, and manufacturers. The wealth of …

An artificial compressibility method characterized by the pressure-based algorithm is
developed on a nonorthogonal collocated grid for incompressible fluid flow problems, using …

In this study, heat transfer due to double impinging vertical slot jets onto an isothermal wall
was investigated numerically for laminar flow regime. Navier–Stokes and energy equations …

The segregated SIMPLE algorithm is developed on a curvilinear collocated grid using a cell-
centered finite-volume Δ-formulation to speculate all-speed fluid flows. The occurrence of …

Within the framework of the pressure‐based algorithm, an artificial compressibility method is
developed on a non‐orthogonal grid for incompressible and low Mach number fluid flow …

Heat transfer equations are such phenomena which mostly occur nonlinearly, hence solving
them has been one of the most time-consuming and difficult affairs among researchers of …

A comparative assessment between SIMPLE and its variant SIMPLE-C is conducted based
on two-dimensional (2-D) incompressible flows, using a cell-centered finite-volume Δ …

Within the framework of the SIMPLE algorithm, a dual-dissipation scheme is proposed on
nonorthogonal collocated grids for incompressible fluid flow problems, using a cell-centered …