Thermo-diffusion analysis for viscoelastic fluid due to stretching surface with viscous dissipation and radiative effects

Thermo-diffusion analysis for viscoelastic fluid due to stretching surface with viscous dissipation and radiative effects

Blog Article

The heat and mass transfer phenomenon in flow of viscoelastic fluid involves many dynamical applications in the polymer solutions, glass blowing, extrusion processes, filaments, cooling systems etc.The aim Slip On Shoes of current research is to explore the thermo-diffusion effects in flow of viscoelastic fluid subject stretched cylinder.The problem is further updated by entertaining the viscous dissipation and thermal radiation impact.

The problem is endorsed by using the convective mass and thermal constraints.Shooting technique is used for developing the numerical simulations.The accuracy of solution is checked by making comparison of obtained numerical data Seasonal X-mas with available research.

The physical impact of problem in view of parameters is tested.The numerical variation of wall shear force, Sherwood number and Nusselt number is also observed.It is claimed that heat and mass transfer phenomenon enhanced for larger curvature parameter.

Heat transfer improves with Soret number and Dufour parameter.Moreover, concentration phenomenon reduces due to viscoelastic parameter.