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Linear and Non-Linear Analysis of Solute-Magneto Convection in a Couple Stress Fluid with Porous Medium under Concentration Modulation

机译:浓度调制下多孔介质耦合液中溶质 - 磁体对流的线性和非线性分析

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The effect of concentration modulation and magnetic field in a couple stress fluid with porous medium and salted from above is studied using linear and non-linear analysis. Venezian approach based on perturbation method is used to obtain the expression for solute Rayleigh number and correction solute Rayleigh number. The expression for correction solute Rayleigh number is obtained as a function of couple stress parameter, Chandrashekar number, Darcy number and Schmidt number. The effect of parameters on symmetric and asymmetric concentration modulation are discussed in the paper. A non-autonomous Ginzburg-Landau equation with time periodic co-efficient is obtained to study the effect of parameters on mass transfer. It is found that onset of convection and mass transfer can be delayed or advanced by varying the parameters of the problem. Asymmetric modulation is found to be more stable than the symmetric modulation.
机译:使用线性和非线性分析研究了一种具有多孔介质和从上面盐息的浓度调制和磁场的效果。基于扰动方法的威尼斯方法用于获得溶质瑞利数和校正溶解瑞利数的表达。作为耦合应力参数,Chandrashekar数,达西数和施密特数的函数获得校正溶解瑞利数的表达。纸张讨论了参数对对称和不对称浓度调制的影响。获得时间周期性共同高效的非自主吉他堡 - Landau方程,以研究参数对传质的影响。发现对流和传质的开始,可以通过改变问题的参数来延迟或推进。发现不对称调制比对称调制更稳定。

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