Analytical Analysis for a Pipe with owe aw Fluid the Constant Wall Temperature

Abstract

 While glutinous indulgence was taken into consideration, a fully developed laminar flow-based
velocity distributions provided by a model guided by a power-law rheology of fluid were used. Under the
assumption that the wall temperature remained constant, a conceptual analysis of heat transfer performance was
conducted. A key aspect of this method is that it allows for a typical distribution of the fluid's simpleton velocity
distribution and the nearby mid-temperature. A relativity has tested each of these methods, with the results being
consistent. On the distribution of the home Nusselt number, the impacts of the Brinkman number and rheological
materials were investigated. It's been established that the idea behind the Nusselt number steadfastly depends on
the power law-based index value. The Nusselt number is dramatically decreased in the 0 n range.