Effect of Heat Transfer on the Growing Bubble with the Nanoparticles/Water Nanofluids in Turbulent Flow

This paper is devoted to study the effect of heat transfer on temperature distribution in a superheated liquid during growth vapour bubbles immersed different types nanoparticles/water nanofluids between two-phase turbulent flow. The mathematical model formulated and solved analytically depending Scriven's theory using modification method similarity parameters two finite boundaries. characteristics bubble are obtained by thermo-physical properties nanoparticles nanofluids. results indicate that nanoparticle volume concentration reduces process under transfer. better agreements achieved, for dynamics nanofluid appropriate numerical theoretical data values rate χ=0,0.2,0.4. surrounding regime pure water more intensive than other cases Al2O3/H2O, Fe3O4/H2O CuO/H2O A Comparison current solution with previous works carried out discussed.