Open AccessNumerical Study of Thermal-Diffusion and Diffusion-Thermo Effects on Mixed Convective Flow and Mass Transfer in the Presence of MHD over an Accelerating Surface
Author(s) -
Girinath Reddy Mottupalle,
Savithramma P. DineshKumar,
Basavaraj Shankarappa,
Uma Munivenkatappa,
F Lai,
F Kulacki,
M Acharya,
L Singh,
G Dash,
M Seddeek,
S Das,
R Jana,
N Kafoussias,
E Williams,
M Seddeek,
M Reddy,
N Reddy,
Girinath Reddy,
M Dinesh,
P Sandeep,
N,
Girinath Reddy,
M Dinesh,
P,
K Ullah,
N Ali,
Z Abbas,
S Jain,
R Choudhary,
Soret,
Dufour,
A Idowu,
B Falodun,
C.-J Huang,
M Babu,
D Sandeep,
M Irfan,
M Khan,
W Khan,
J Ahmed,
M Khan,
L Ahmad,
N Nalinakshi,
P Dinesh,
Sravan Kumar,
T Dinesh,
P Makinde,
O,
M Krishna,
B Swarnalathamma,
A Chamkha,
B Goud,
B Babu,
M Shekar,
G Srinivas,
S Abdal,
B Ali,
S Younas,
L Ali,
A Mariam,
Tijani Yusuf; Fasogbon,
G Sreedhar,
B Reddy,
A Kempannagari,
R Buruju,
S Naramgari,
S Vangala,
F Ayegbusi,
C Onwubuoya,
B Falodun,
P Dinesh,
A Vasudevamurthy,
M Uma,
M Basavaraj,
M Girinath Reddy,
A Aruna,
P Dinesh,
M Uma,
P Dinesh,
I Filahi,
M Bourich,
M Hasnaoui,
A Amahmid
Publication year - 2020
Publication title -
biointerface research in applied chemistry
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 0.216
H-Index - 11
ISSN - 2069-5837
DOI - 10.33263/briac114.1148711498
Subject(s) - prandtl number , mass transfer , mechanics , thermal diffusivity , partial differential equation , diffusion , viscosity , thermodynamics , shooting method , heat transfer , magnetohydrodynamics , convection , combined forced and natural convection , convective heat transfer , flow (mathematics) , materials science , natural convection , physics , boundary value problem , magnetic field , mathematics , mathematical analysis , quantum mechanics
This study investigates the impact of MHD, variable viscosity, thermal-diffusion, and diffusion-thermo effects with the heat source on mixed convection of heat and mass transfer over an accelerating surface. The physical problem's governing equations involve a coupled non-linear partial differential equations, which are transformed to a coupled non-linear ordinary differential equations using a suitable similarity transformation. Numerical computation using shooting technique is adopted to study the physical characteristics of velocity, temperature, and concentration for various values of non-dimensional parameters like thermal diffusion parameter, diffusion-thermo parameter, viscosity parameter, Prandtl number, and strength of the magnetic field are involved in the problem. The obtained numerical results are found to be a good agreement with the earlier works.
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