Publication Type : Journal Article
Publisher : World Scientific Publishing Company
Source : International Journal of Modern Physics B Volume 35 Issue 07 Pages 2150105, 2021
Url : https://www.worldscientific.com/doi/abs/10.1142/S0217979221501058
Campus : Bengaluru
School : School of Engineering
Department : Mathematics
Year : 2021
Abstract : In this study, we investigated dual solutions for the influence of chemical reaction and radiation effect on axisymmetric flow of magneto-Cross nanomaterial towards a radially shrinking disk on taking account of stagnation point. The governing expressions which describe the assumed flow are reduced to ordinary differential equations by opting suitable similarity variables. The dual solutions on the performance of dimensionless velocity, thermal, concentration gradients, skin friction, rate of heat and mass transfer with the impact of relevant parameters are studied using suitable graphs. Result outcomes reveal that, upsurge in Brownian motion parameter improves the thermal gradient in case of both the solution but, converse trend is detected in concentration gradient. The uplift of thermophoresis parameter boosts up the concentration gradient in both branch solution but reverse trend is noticed in concentration profile for inclined values of Schmidt number. Further, dual nature of solutions exists only for certain range of shrinking parameter.
Cite this Research Publication : Aamir Hamid, Yu-Ming Chu, M Ijaz Khan, R Naveem Kumar, RJ Punith Gowd, BC Prasannakumara, "Critical values in axisymmetric flow of magneto-cross nanomaterial towards a radially shrinking disk", International Journal of Modern Physics B Volume 35 Issue 07 Pages 2150105, 2021