Thermo-flow Analysis of Cylinder with Crossed Splitter Plates with a Characteristics-based Scheme

In the present work, laminar flow through a circular cylinder with two crossed splitter plates is analyzed. The characteristic-based method has been used along unstructured grid. current research done to detect proper conditions according geometrical parameters in which optimal heat transfer taking place. Geometric control are angle of (\theta) and ratio length plate radius (n=L/D). It was found that use two-branched not wise Reynolds number less than 100 due its insignificant effect properties. 30° between plates, least drag force witnessed respect other angles. Application double branched angles more 60° recommended, will increase total significantly. Since increases, overall from set enhanced. Minimum over cylinder, maximum convection drop it taken place when dimension 0.75. Between dimensionless lengths 1.25 1.5, Nusselt oscillates amplitude such behavior also observed splitters 60°apart.