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30 cone amount which depends apex pointing upstream area of bluff area of recirculation base drag coefficient bluff body immersed bluff body located bluff body shape circular cones circular disc circulatory flow Cjjg closed duct coefficient of circular conditions in plane cone angle cones with apex denotes conditions diameter or width diffusing passage diffusion efficiency downstream duct walls ducted airstream EQUATION 12 equation 9 FLAME STABILITY flow area gas velocity given body shape included angle increase in blockage level of blockage long forebody shapes loss between planes maximum aerodynamic blockage maximum cross-sectional area maximum geometric blockage optimum value physical and aerodynamic physical blockage plane of maximum Predicting the Aerodynamic pressure loss recirculation zone reheat system relationship between geometric Setarrudin's data skin friction drag static pressure tail-pipe three-dimensional bodies tj diff upstream dynamic head value of blockage VALUES OF AERODYNAMIC width of recirculation zero blockage