The Effect of Wall Shear Stress on Two Phase Fluctuating Flow of Dusty Fluids by Using Light Hill Technique

Due to the importance of wall shear stress effect and dust fluid in daily life fluid problems. This paper aims to discover the influence of wall shear stress on dust fluids of fluctuating flow. The flow is considered between two parallel plates that are non-conducting. Due to the transformation of heat, the fluid flow is generated. We consider every dust particle having spherical uniformly disperse in the base fluid. The perturb solution is obtained by applying the Poincare-Lighthill perturbation technique (PLPT). The fluid velocity and shear stress are discussed for the different parameters like Grashof number, magnetic parameter, radiation parameter, and dusty fluid parameter. Graphical results for fluid and dust particles are plotted through Mathcad-15. The behavior of base fluid and dusty fluid is matching for different embedded parameters.

Automated summary

This paper investigates the influence of wall shear stress on fluctuating flow dust fluids, obtaining perturbative solutions using the Poincare-Lighthill perturbation technique (PLPT). The discussion includes fluid velocity and shear stress for various parameters, with graphical results plotted using Mathcad-15. The findings reveal that the behavior of base fluid and dusty fluid matches for different embedded parameters.