Flow of Burgers＇ fluid over an inclined stretching sheet with heat and mass transfer
作者： T. Hayat , Sadia Asad , A. Alsaedi
DOI: 10.1007/S11771-015-2855-5
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摘要: Effects of heat and mass transfer in the flow Burgers fluid over an inclined sheet are discussed. Problems formulation relevant analysis given presence thermal radiation non-uniform source/sink. Thermal conductivity is taken temperature dependent. The nonlinear partial differential equations simplified using boundary layer approximations. resultant ordinary solved for series solutions. convergence solutions obtained by plotting ħ -curves velocity, concentration fields. Results this work describe role different physical parameters involved problem. Deborah numbers corresponding to relaxation time (β1 β2) angle inclination (α) decrease velocity field. Concentration field decays as retardation (β3) mixed convection parameter (G) increase. Large values generation/absorption A/B, distribution across Numerical local Nusselt number, −θ′(0), Sherwood −ϕ′(0), computed analyzed. It found that θ′(0) increases with increase β3.
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