Influences of bio-convection and activation energy on Maxwell flow of Nano-fluid in the existence of motile microorganisms over a cylinder
Abstract
In this article, A three-dimensional Maxwell Nano fluid with the significance of activation energy, mixed convection, motile microorganisms and boundary condition over a rotating circular cylinder is deliberated. The flow is caused by rotating the cylinder. Brownian gesture and thermo-phoresis effects remain shown in the nano-fluid model. By using the shooting method, the given differential partial equations (PDES) exist willingly converted into differential ordinary nonlinear equations, by the support of appropriate transformation variables. Obtained equations are verified numerically through some proper and well define bvp4c techniques and computational software MATLAB with their physical effects. The results of various parameters on temperature, velocities volumetric, concentration and motile microorganism’s distribution are shown graphically. The Maxwell Nano liquid for a fixed consistent wall temperature (CWT) transfers more heat energy as compared to prescribed surface temperature (PST).
How to Cite This Article
Muhammad Imran Khawar, Khurrem Shehzad, Muhammad Matti-ur-Rehman, Mariam, Ali Moazzam (2021). Influences of bio-convection and activation energy on Maxwell flow of Nano-fluid in the existence of motile microorganisms over a cylinder. International Journal of Multidisciplinary Research and Growth Evaluation (IJMRGE), 2(5), 135-144.