Electromagnetohydrodynamic Electroosmotic Flow and Entropy Generation of Third-Grade Fluids in a Parallel Microchannel.

Firstly, a decreasing trend in temperature with non-Newtonian parameter Λ is observed in Figure 6 a.

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It is worth mentioning that the value of critical Hac shows an increasing trend with the increase of non-Newtonian parameter Λ . 4.2.

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The main results show that both temperature and Nusselt number decrease with the non-Newtonian physical parameter, while the local and total entropy generation rates exhibit an adverse trend, which means that non-Newtonian parameter can provoke the local entropy generation rate.

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