Power Law and MHD Boundary Layer Flow Over a Stretching Sheet Problems with MATLAB Solver

Abstract

1 newlineSYNOPSIS newlineThe proposed study is an investigation on Power law and MHD newlineboundary layer flow over a stretching sheet problems with MATLAB newlinesolver . The thesis comprises of five chapters, which are as follows: newlineChapter 1: Preface newlineChapter 2: MHD Flow and heat transfer numerical solution over a newline stretching sheet newlineChapter 3: Chemical reaction, thermal stratification effects on MHD newline flow over a vertical stretching surface with heat source newlineChapter 4: Exponential power law fluid over a semi-infinite vertical newline plate with variable thermal conductivity in the presence of newline the induced magnetic field newlineChapter 5: Radiation impact of aligned magnetic field flow and heat newline transfer with Newtonian heating boundary condition and newline heat production newlineThe projected work deals with the effects of the physical parameters on flow newlinefields. The first chapter is an introduction to the subject highlighting its newlineimportance and a brief survey of available concerned literature. All the newlinechapters are provided with much needed text supported by the simple and newlineexplanatory figures. A brief summary of the thesis is as follows: newlineChapter 1: In this chapter, we have presented an elementary discussion newlineof principles of heat and mass transfer, some basic terminology and newlinedefinitions. The science of heat transfer seeks merely explains how heat newlineenergy may be transferred. newline2 newlineHeat transfer occurs in three different modes: newlinei. Conduction newlineii. Convection newlineiii. Radiation newlineIf a flow system consists of one or more elements whose concentration vary newlinefrom one point to other point. The process of transfer of mass from higher newlineconcentration to lower concentration area is known as the mass transfer. newlineTo understand the fluid dynamics problems, it is to be noted that newlinethe four fundamental equations of the Fluid Dynamics must be known. newlineThe equations are as follows newlinei Equation of state newlineii Equation of Continuity newlineiii Equation of Motion newlineiv Equation of Energy newlineAlso, non-dimensional physical parameters act as an important newlinerole in fluid mechanics because they give us an idea as to which terms newlinear