Abstract
A = velocity defect parameter [see Eq. (1)] Ab = local cone cross-sectional area B = wake width parameter [see Eq. (1)] CD = drag coefficient, drag/qnAb CL = lift coefficient, \ift/qnAb CMQ = nose pitching moment coefficient, nose momQnt/qnAbL (positive nose up) CLa = lift coefficient slope, dCJdx CM* = pitching moment coefficient slope, dCMQldoL Cp = pressure coefficient, (p — pn)lqn L = reference length equal to nose radius qn = dynamic pressure based on wake centerline conditions, ' PnVn/2 S' = nondimensional surface distance measured from the apex of a sharp cone, S/L § = nondimensional surface distance measured from the forward stagnation point on a blunt cone, S/L
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