Abstract
An analysis was conducted to observe the collective consequence of the melting
procedure across a stretching sheet in a Casson nanofluid with outer velocity. The outcomes of
melting heat parameter (M) and Casson parameter (β) are shown in this analysis. The leading
PDEs are moulded in ODE with similarity variables. The numerical results of moulded ODE
are given by the RKF scheme with shooting procedures. Important parameters of the nanofluid
are examined and graphically displayed. Tables are used to display the Sherwood number,
Nusselt number, and skin friction coefficient based on different nanofluid characteristics. The
development of cooling systems that raise the heat transmission belongings of nanofluids and
increase engineering potential will be greatly aided by this research.
Keywords: Casson nanofluid, Melting heat transmission, Outer velocity.
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