We aim to investigate hybrid nanofluid effects on peristaltic motion of MHD nanofluid. Symmetric channel with slip boundary constraints is taken. Mixed convection, Hall parameter and variable viscosity are also taken into account. Energy equation includes dissipation, Ohmic heating and thermal radiation. Dimensionless equations are simplified under the observation of long wavelength approximation. Final forms of equations are solved via numerical approach. Pressure gradient and flow pattern are graphically observed. The comparative analysis of velocity, temperature and heat transport process are evaluated numerically through tabulated values. Temperature field enhances for higher Hartman number while opposite trend is observed for Hall effects. The inclusion of silver nanomaterial in copper nanofluid can more facilitate heat transport characteristics.

我们的目标是研究混合纳米流体对 MHD 纳米流体蠕动的影响。采用具有滑动边界约束的对称通道。混合对流、霍尔参数和可变粘度也被考虑在内。能量方程包括耗散、欧姆加热和热辐射。无量纲方程在长波长近似观察下得到简化。方程的最终形式通过数值方法求解。以图形方式观察压力梯度和流动模式。速度、温度和热传输过程的比较分析通过表格值进行数值评估。温度场随着哈特曼数的增加而增强，而霍尔效应则观察到相反的趋势。