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Heat Transfer Research
インパクトファクター: 0.404 5年インパクトファクター: 0.8 SJR: 0.264 SNIP: 0.504 CiteScore™: 0.88

ISSN 印刷: 1064-2285
ISSN オンライン: 2162-6561

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Heat Transfer Research

DOI: 10.1615/HeatTransRes.2017018153
pages 189-204

HEAT TRANSFER IN VISCOPLASTIC BOUNDARY-LAYER FLOW FROM A VERTICAL PERMEABLE CONE WITH MOMENTUM AND THERMAL WALL SLIP: NUMERICAL STUDY

Annasagaram Subba Rao
Department of Mathematics, Madanapalle Institute of Technology and Science, Madanapalle — 517325, India
V. Ramachandra Prasad
Department of Mathematics, Madanapalle Institute of Technology and Science, Madanapalle, India
V. Naga Radhika
Department of Mathematics, GITAM University Bangalore Campus, Bangalore — 561203, India
O. Anwar Bég
Fluid Mechanics, Nanosystems and Propulsion, Aeronautical and Mechanical Engineering, School of Computing, Science and Engineering, Newton Building, University of Salford, Manchester M54WT, United Kingdom

要約

A mathematical model is presented for laminar free convection boundary-layer flow of a Casson viscoplastic non-Newtonian fluid external to a vertical penetrable circular cone in the presence of thermal and hydrodynamic slip conditions. The cone surface is maintained at a nonuniform surface temperature. The boundary layer conservation equations, which are parabolic in nature, are transformed into nondimensional form via appropriate similarity variables, and the emerging boundary-value problem is solved computationally with the second order accurate implicit Keller-box finite-difference scheme. The influence of velocity (momentum) slip, thermal slip, and Casson non-Newtonian parameter on velocity, temperature, skin friction, and Nusselt number are illustrated graphically. Validation of solutions with earlier published work is included. The computations show that the flow near the cone surface is strongly decelerated with increasing momentum slip whereas the temperature and thermal boundary-layer thickness increased. Increasing Casson parameter generally decelerates the flow and also decreases temperatures. Both velocity and thermal boundary-layer thickness are reduced at a higher Prandtl number. The study is relevant to petrochemical engineering (polymer) processing systems.


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