Isı Transfer Silindirlerinde Halka Akış Kanalı Geometrisinin Isıl Performansa Etkisinin Sayısal Olarak İncelenmesi

In this study, heat transfer behavior in a rotating annular flow field is investigated via computational fluid dynamics. The subject to the study cylinders (rolls) widely used different fields of industry. heating or cooling function rollers provided by work moving area section under roller surface. working conditioned channel geometry directly related thermal performance roller. purpose investigate effect geometric structure channels through which moves on behavior. For purpose, types included rollers, are frequently industrial applications, were examined and models determined modeled numerically. rotation speed was kept constant three rates examined. results terms total transfer, surface temperature distribution, amount absorbed from produced material hydraulic pressure drop fluid. As result it seen that geometries hydrodynamically condition have significant performances with structures varying operating conditions been comparatively has observed model decreasing spiral can benefit uniform temperature.