coefficient of friction mean (time averaged) coefficient of friction coefficient of lift mean (time averaged) coefficient of lift coefficient of pressure mean (time averaged) coefficient of pressure diameter of / cylinder D flow field in unsteady aerodynamic solver F body oscillation frequency f acceleration due to gravity g thickness of water film on surface of cylinder h i, j, k unit orthogonal vectors n, unit vector and distance normal to body surface n pressure distribution P radius of cylinder R Reynolds number = Re UD/ position vector r surface of body in unsteady aerodynamic solver S s, unit vector and distance tangential to body surface s distribution T time t U, velocity vector and magnitude U reduced velocity ( = ) UR U∞/fD inclination angle 
coefficient of friction mean (time averaged) coefficient of friction coefficient of lift mean (time averaged) coefficient of lift coefficient of pressure mean (time averaged) coefficient of pressure D diameter of / cylinder F flow field in unsteady aerodynamic solver f body oscillation frequency g acceleration due to gravity h thickness of water film on surface of cylinder i, j, k unit orthogonal vectors n, n unit vector and distance normal to body surface P pressure distribution R radius of cylinder Re Reynolds number = UD/ r position vector S surface of body in unsteady aerodynamic solver s, s unit vector and distance tangential to body surface T distribution t time U, U velocity vector and magnitude UR reduced velocity ( = U∞/fD )  inclination angle
Taylor_IJ_Pure_Numerical_simulation_of_the_airflow_rivulet_interaction...phenomenon_Jun_2011.docx