Momentum and heat transfer of newtonian and non newtonian flow of fluids in porous media

Abstract

newline The present work mainly focuses on the following aspects which may be of newlineinterest in the areas of application and to enrich the literature. Flow on stretching newlinesheet is having some industrial/technological applications particularly in polymer newlineindustries. Considering the material properties as constant which may not be a newlinerealistic approach due to variation of temperature and stretching rate. The present newlineproblem takes care of both variable and material properties such as viscosity and newlineconductivity which transport the momentum and thermal energy in the boundary newlinelayer flow. Another point of interest to study the nanofluid flow which has a newlinesignificant role and bearing in transporting and translating the thermal property of newlinethe fluid radically, specially heating/cooling processes while machining and within newlinethe system of machinery gadgets. Further, the present study includes the non- newlineNewtonian flow models representing more closely to the real world problem with newlineand without elasticity property. Further, the slip flows (velocity as well as ther