The study explores the initiation of two-dimensional double-diffusive convection in a
horizontal layer of an electrically conducting non-Newtonian Navier–Stokes–Voigt fluid …

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 …

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 …

The stability of a triply diffusive Voigt fluid layer, where fluid density is influenced by three
stratifying agents with different diffusivities (eg heat, solute, and another solute like a third …

The onset and stability of a triple cross-diffusive viscoelastic fluid layer is investigated. The
rheology of viscoelastic fluid is approximated by the nonlinear Oldroyd-B constitutive …

Concentration modulation research is critical because it provides a thorough understanding
of how fluctuations in concentration affect a wide range of sectors, from environmental …

The present article is to study mass transfer in a rotating porous layer subjected to imposed
time-periodic solutal boundaries. A weakly nonlinear analysis is applied to investigate mass …

This study focuses on the control of the cross-diffusion effects on the thermosolutal Casson
fluid stream with an internal heat source. These effects have practical applications in …

The effects of vertical throughflow, rotation, cross‐diffusion, and vertical heterogeneous
permeability on the onset of double‐diffusive convection in a finite vertical porous cylinder …

In this paper, linear and non-linear analysis of Double-Diffusive convection in the presence
of magnetic field and gravity modulation with heat and concentration source in a micropolar …