In the existence of an aligned magnetic field over the inclined shrinking/stretching stratified sheet in a non-Darcy porous medium, the two-dimensional boundary layer flow of an upper-convected Maxwell fluid is analyzed. The heat transfer effects are acknowledged by using the nonlinear convection. The system of partial differential equations, which administrates the distinctive properties of flow and heat transfer, is depleted into ordinary differential equations with the use of similarity variables. The governing equations are determined numerically by utilizing the shooting technique. The response of varied implicated parameters on velocity, skin friction, and temperature accounts is inspected graphically and displayed in the table. It is noted that local inertia coefficient is accountable for the reduction in the velocity profile and the aligned magnetic field has the opposite relation for the shrinking and stretching sheet.

在非达西多孔介质中倾斜的收缩/拉伸分层片上存在对准磁场的情况下，分析了上对流麦克斯韦流体的二维边界层流。通过使用非线性对流可以确认传热效果。具有流动性和传热特性的偏微分方程组通过相似变量被消耗为普通的微分方程组。利用射击技术以数值方式确定控制方程。图形上检查了各种牵连参数对速度，皮肤摩擦和温度的响应，并显示在表中。