Mathematical modeling of heat and mass transfer phenomena for newtonian and non newtonian fluids in porous medium

Abstract

newline The investigation of systems involve fluid flow heat and mass transfer chemical reaction and other related processes that occur in Engineering equipment natural environment and in living organisms These processes play a vital role in a great variety of practical situations Nearly all methods of power production involve fluid flow and heat transfer as essential processes and these processes govern the heating and air conditioning of buildings Major segments of the chemical and metallurgical industries use components such as furnaces heat exchangers condensers and reactors where thermo fluid processes are at work Aircraft and rockets owe their functioning to fluid flow heat transfer and chemical reaction In the design of electrical machinery and electric circuits heat transfer is often a limiting factor The pollution of the natural environment is largely caused by heat and mass transfer and so are storms floods and fires In the case of changing weather conditions the human body resorts to heat and mass transfer for its temperature control The processes of fluid flow heat and mass transfer seem to pervade all aspects of our life Owing to these and many other applications heat and mass transfer with chemical reaction in steady MHD flow of various fluids such as incompressible viscous Casson nano Casson nano and Siskoferronano fluids have been carried out in this research newline newline