This paper presents a novel study on the stability of thermo-bioconvection due to gravitactic
microorganisms into an anisotropic porous fluid layer saturated with Jeffrey liquid. A Jeffrey …

This paper accentuates different aspects of an important and novel triply-diffusive thermo-bio-
convection instability problem in the presence of inconsistent internal heating and the …

This study analyzes the thermal instability in the Casson nanofluid suspended with aerobic
microorganisms. Flow governing equations are modeled by incorporating the effects of …

An analytical investigation of the onset of nanofluid thermo-bioconvection in a fluid saturated
by porous media containing gravitactic and nanoparticles microorganisms subjected to a …

By utilizing a randomly swimming model, a linear stability analysis is applied to investigate
the stability of bioconvection in a horizontal suspension layer of motile gyrotactic micro …

This study analyzes the thermal instability in the Casson nanofluid suspended with aerobic
microorganisms. Flow governing equations are modeled by incorporating the effects of …

The bio-thermal convection in a suspension containing gravitactic microorganisms saturated
by a fluid is investigated within the framework of linear and nonlinear stability theory. Energy …

The intent of this article is to investigate the influence of internal heat source on the stability
of a suspension containing oxytactic microorganisms in a shallow horizontal porous fluid …

The present work aims to study the combined effect of external magnetic field and heating
from below on the bioconvection of nanofluid containing gyrotactic microorganisms …

Abstract This paper investigates Darcy–Brinkman thermal convection in the stratified porous
saturated suspension of active particles subjected to vertical oscillation. For a heated layer …