Effects of the Conjugate Heat Transfer and Heat Flux Strength on the Thermal Characteristics of Impinging Jets

A numerical study using the conjugate heat transfer approach has been performed to investigate effects of boundary flux, conduction effect, and working fluid on thermal characteristics due jet impingement process. Air water are used in this as fluids. For jet, volume method is capture track interface multiphase flow. It found that wall may change fluid-solid interfacial compared with no or pure convection The amount influence depends fluid, nozzle size, metal conductivity, thickness, flux. inside solid tends reorganize uniform flux distribution at a non-uniform interface. This mainly attributed effect solid. given Reynolds number results divulge convective removed from stagnation point higher for air than jet. Contrary Nusselt profile negligible disc material thickness have obvious both