Double- Diffusive Convection of a Kuvshiniski Viscoelastic Fluid through a Porous Medium | Asian Jou

The influence of a magnetic field on a rotating incompressible Kuvshiniski viscoelastic fluid heated and soluted from below is investigated. The medium permeability and steady solute gradient have a destabilising and stabilising influence on the double- diffusive convection in the case of stationary convection. In the double- diffusive convection of kuvshiniski viscoelastic fluid, magnetic field and steady solute gradient have stabilising effects, but medium permeability has destabilising effects in the absence of rotation and both stabilising and destabilising effects in the presence of rotation. Rotation, magnetic field, and steady solute gradient all produce oscillatory modes in the system, but the concept of exchange of stabilities is met in their absence. Graphs have also been created simply assigning numerical values to the variables.

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