4.3 metre diameter wind turbine tower on the move out of Port Kembla. Check out the limited clearance under some of the bridges. Precision at its finest. Pilots supplied to Ares Group by Stocks Oversize Pilots #massivemothertruckers #MMT #arestransport #stocksoversizepilots | Massive Mother Truckers

SOLVED: Consider the flow of air through a wind turbine whose blades sweep an area of diameter D (in m). The average air velocity through the swept area is V (in m/s). On the bases of the units of the quantities involved, show that the mass flow rate of air (in kg/s) through the swept area is proportional to air density, the wind velocity, and the square of the diameter of the swept area