In this effort, the consequence of chemical reaction on the thermohaline convection in a
permeable layer containing Casson fluid is inspected utilizing both linear and nonlinear …

The impact of chemical reactions on the double-diffusive convective motion in a non-
Newtonian viscoelastic fluid (Kuvshiniski type) saturated porous layer is examined applying …

This study features a model for double-diffusive convection in a bidisperse porous medium
where a vertical magnetic field chemical reaction's effects are present. Double-diffusive …

This comprehensive review examines the effects of fluid instabilities on heat and mass
transfer in practical multidiffusive flow systems, focusing on backward-facing steps, double …

We examine resonant flow of fluid in porous media over a variable gravity. A heat
source/sink which varies with height has been investigated. In this case, it is shown that …

This paper develops a detailed study of linear and nonlinear stability analyses, for the
double diffusive convection problem in a porous medium, when heating is done from below …

The study focuses on both linear and weakly nonlinear stability analyzes of thermohaline
convection within a Voigt-fluid layer, considering the effects of temperature-dependent …

In the present study, the effects of different types of basic temperature and concentration
gradients on a layer of reactive fluid under variable gravity field are analyzed using linear …

A model for double-diffusive convection in a heterogeneous porous layer with a constant
throughflow is explored, with penetrative convection being simulated via an internal heat …

The model of double‐diffusive convection in a porous medium layer was analyzed using the
Brinkman model and concentration based on an internal heat source. Linear instability …