## Analysis of the observed velocity and vorticity fields around a vertical cylindrical obstacle |

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0.46 meters radius 0.8 meters measuring alfalfa field asymmetry centerline computed CRVel CVel cylinder at 0.8 cylinder radius x,R cylinder velocities Dabbert's divergence term Downstream velocity component drag coefficient effect Fluid Dynamics freestream velocity friction horizontal bars horseshoe vortex ice surface isopleth k=l K k=l Karmen Vortex kinematic viscosity Lake Mendota Lateral velocity component Madison magnitude Mean Velocity Fields mean wind meters measuring height meters per second meters radius cylinder Note percent pressure radii radius x,R y,m represents the center Reynolds number rising motion roughness length Shear component 3v/3y Shear component R=0.15 Shear R=0.46 component shearing term side smokestacks stagnation point Strouhal number surface roughness tilting term turbulent separation turbulent transition u-w vector analysis upstream upwind vector component velocity and vorticity velocity distribution velocity reduction Veloo vertical cylinder vertical cylindrical obstacle Vertical velocity component vertical vorticity vorticity equation vorticity fields wake wind tunnel wind vanes Wisconsin zero