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Entropy analysis for the peristalsis flow with homogeneous-heterogeneous reaction

机译:具有均相异质反应的蠕动流动的熵分析

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Our major focus in this analysis is to study the peristaltic motion of fluid by considering the homogeneous-heterogeneous reaction aspect. Prandtl nanofluid has been carried out for this purpose. Magnetic field is applied in the perpendicular direction to the flow. Joule heating effect is also considered in this analysis. Buongiorno nanofluid model has been used which incorporates two prominent slip mechanisms, i.e., Brownian motion and thermophoresis. The second law of thermodynamics has been utilized for entropy generation analysis. No-slip boundary conditions are employed for the considered analysis. NdSolve command of Mathematica 9.0 is employed for the solution of problem. Graphs for pertinent parameters are plotted and analyzed. These graphs contain velocity, temperature, homogeneous-heterogeneous reaction, entropy, and heat transfer coefficient. Key points of the investigation are collected in the conclusion.
机译:我们在该分析中的专业重点是通过考虑均相 - 异质反应方面来研究流体的蠕动运动。 Prandtl纳米流体已为此目的进行。 磁场以垂直方向施加到流动。 在该分析中也考虑了焦耳热效果。 已经使用了Buongiorno纳米流体模型,其包括两个突出的滑动机制,即布朗运动和耐热度。 用于熵生成分析的第二种热力学定律已经用于熵生成分析。 用于考虑的分析,使用无滑动边界条件。 Mathematica 9.0的NDSolve命令用于解决问题。 绘制和分析相关参数的图表。 这些图包含速度,温度,均相 - 异质反应,熵和传热系数。 结论中收集了调查的重点。

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