Melting heat transfer and radiation effects on Jeffrey fluid flow over a continuously moving ...

This article is proposed to address the melting heat transfer of a Jeffrey fluid in Blasius and Sakiadis flow caused due to a moving surface. Thermal radiation and a constant free stream is considered in this mathematical model. The non-linear coupled dimensionless equations from the governing equations are attained by employing appropriate similarity transformations. Finally, the resulting dimensionless equations are solved computationally by implementing RKF method. The impact of sundry emerging parameters on different flow fields are interpreted with the help of figures and tables. For augmented values of Deborah number, the velocity profile diminishes in the case of Blasius flow and reverse behavior in Sakiadis flow is observed. Moreover, the velocity of non-Newtonian liquid in case of Blasius flow is superior to that of Sakiadis flow. The outcomes of the present work are authenticated by matching with the computational results in the literature and found to be outstanding agreement.