KKL Correlation for Nanofluid Flow and Heat Transfer in a Rotating Vertical Channel with Permeable Surface

Abstract

In this thesis the main purpose is to discuss the fluid flow flowing between two vertical rotating plates. The detailed analysis of fluid flow for nanoparticles with permeable surface and heat transfer is discussed. Initially, basic equations for momentum and energy are modeled and calculated. Afterward these PDEs are reformed to ODEs by using some useful similarity variables. The required solution of these ordinary differential equation are further calculated by numerical method. The obtained results form numerical solution for rotating vertical channel flow on a permeable surface are examined in form of velocity in x-y direction and temperature profile for a number of parameters such as magnetic and rotation parameters, Reynolds number. This thesis is divided into five chapters. In chapter 2, fundamental concept of fluid and its properties are discussed