Heat Transfer Performance in Fluid Models by using Keller Box Method - Keziya, K.;Gangadhar, Kotha
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Free or mixed convection boundary layer flow and heat transfer characteristics over a nonlinearly stretching surface or wedge surface or stretching cylinder with five different types fluid models like Ferrofluid, Prandtl - Eyring fluid, Casson fluid, Maxwell nanofluid and engine oil fluid with heat transfer are numerically investigated. This book is divided into six chapters. The governing equations of the flow under consideration were solved with the appropriate boundary conditions by using well established numerical technique spectral relaxation method.

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Produktbeschreibung
Free or mixed convection boundary layer flow and heat transfer characteristics over a nonlinearly stretching surface or wedge surface or stretching cylinder with five different types fluid models like Ferrofluid, Prandtl - Eyring fluid, Casson fluid, Maxwell nanofluid and engine oil fluid with heat transfer are numerically investigated. This book is divided into six chapters. The governing equations of the flow under consideration were solved with the appropriate boundary conditions by using well established numerical technique spectral relaxation method.
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Autorenporträt
Dr. Kotha Gangadhar working as Associate Professor in Acharya Nagarjuna University, Guntur, Andhra Pradesh, India. He completed 25 Ph.D.¿s under his guidance and published more than 95 papers in reputed journals. Dr. K. Keziya working as Assistant Professor, Department of Mathematics, DS Govt. College for Women, Ongole, Andhra Pradesh, India.