Eyring Powellnanofluid flow over a rotating disk with Activation energy and thermal radiation
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Abstract
This paper's goal is to investigate the Eyring-Powell nano liquid past rotating disk. Thermal
radiation and chemical reaction have been used to study heat and mass transmission. Convective
characteristics, as well as heat and mass conditions, are studied. Through appropriate
transformations, highly non-linear partial differential equation systems are transformed into nonlinear
ordinary differential equations. Implementing bvp4c uses the transmuted ordinary differential
equations. Through graphical representation, the effects of promising physical characteristics have
been investigated.
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