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The research aims to analyze thermal convection behaviors in Rivlin–Ericksen nanofluids under a magnetic field.

Magneto–thermal instability in Rivlin–Ericksen nanofluids for hyperthermia therapy and polymer processing

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The research aims to analyze thermal convection behaviors in Rivlin–Ericksen nanofluids under a magnetic field.
Investigated stationary and oscillatory convection in nanofluids.
Employed a Galerkin-type method for analysis.
Included factors like Brownian motion and thermophoresis.
Conducted sensitivity analyses to assess effects of various parameters.
Stationary convection occurs for both heavier and lighter nanoparticles, while oscillatory convection occurs only for lighter ones.
Hyperthermia shows minimal sensitivity in stationary convection but strong stabilization in oscillatory convection.
Polymer processing conditions exhibit destabilization with significant reductions in stability metrics.

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Study investigates thermal convection in nanofluids, highlighting implications for hyperthermia therapy and polymer processing.

Bishnoi et al. (2026) studied this question.

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