yaw angle (angle of cable to wind direction)   surface tension of water  damping ratio  angle around circumference of cylinder  dynamic viscosity of kinematic viscosity of fluid  density of fluid  vector potential and stream function  rotational velocity of solid body, vector and magnitude  vorticity vector and magnitude  Subscripts freestream; far field ∞ denotes number of the body under consideration (for this study with a single i body, will always 1) ≡ Denotes reference point for the body. ic point within flow or on body surface. p anti-clockwise around cylinder surface ac Material derivative of vector x
 yaw angle (angle of cable to wind direction)  surface tension of water  damping ratio  angle around circumference of cylinder  dynamic viscosity of  kinematic viscosity of fluid  density of fluid  vector potential and stream function  rotational velocity of solid body, vector and magnitude  vorticity vector and magnitude Subscripts ∞ freestream; far field i denotes number of the body under consideration (for this study with a single body, will always ≡ 1) ic Denotes reference point for the body. p point within flow or on body surface. ac anti-clockwise around cylinder surface Material derivative of vector x
Taylor_IJ_Pure_Numerical_simulation_of_the_airflow_rivulet_interaction...phenomenon_Jun_2011.docx