DC
Dr Balaji Chandrashekar
Research areas: Engineering · Biomedical Engineering · Nanofluid Flow and Heat Transfer · Heat and Mass Transfer in Porous Media · Electrohydrodynamics and Fluid Dynamics
0000-0002-3832-935X
About
Assistant Professor, Department of Mathematics, CMR Institute of Technology, Bengaluru, Karnataka, INDIA.
Research Domain: Fluid Dynamics
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Publications (17)
- Linear stability analysis of a rotating dielectric fluid layer under time-periodic electric field modulation Save
- The onset of the Darcy-ferroconvection flow model in a couple stress fluid subjected to a time-periodic magnetic field Save
- Ferrohydrodynamic Instability of a Viscoelastic Magnetic Fluid Layer under the Influence of Time-varying Magnetic Field Save
- Effect of time-dependent sinusoidal electric field on the onset of electroconvection in a viscoelastic fluid layer Save
- MAXWELL-CATTANEO LAW OF HEAT CONDUCTION THROUGH POROUS FERROCONVECTION WITH MAGNETIC FIELD DEPENDENT VISCOSITY Save
- Impact of modulated magnetic field on the advent of ferroconvection in a permeable medium Save
- Anisotropic Darcy–Brinkman Magnetic Fluid Convection under the Influence of a Time-Dependent Sinusoidal Magnetic Field Save
- Effect of magnetic field modulation on Bénard–Taylor ferroconvection Save
- Onset of electroconvection in a compactly packed dielectric liquid-permeable layer with a modulated electric field Save
- Thermomagnetic ferroconvection in an anisotropic permeable layer exposed to a modulated magnetic field Save
- Effect of Electric field Modulation on the Onset of Electroconvection in a Dielectric Fluid Anisotropic Porous Layer Save
- Effect Of Electric Field Modulation On Electroconvection In A Dielectric Fluid-Saturated Porous Medium Save
- Effect Of MFD Viscosity On Ferroconvection In A Fluid Saturated Porous Medium With Variable Gravity Save
- Ferroconvection In A Sparsely Distributed Porous Medium With Time-Dependent Sinusoidal Magnetic Field Save
- EFFECT OF ELECTRIC FIELD MODULATION ON THE ONSET OF ELECTROCONVECTION IN A COUPLE STRESS FLUID Save
- EFFECT OF MAGNETIC FIELD DEPENDENT VISCOSITY ON DARCY-BRINKMAN FERROCONVECTION WITH SECOND SOUND Save
- Ferrohydrodynamic Instability of a Couple Stress Magnetic Fluid Layer Under the Influence of Time-Dependent Sinusoidal Magnetic Field Save