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Golf ball ideal plan has been considered for over a century. Generally, golf balls move at long-distance and high speed. Dimples golf ball have a fundamental impact by streamlined flow properties and also the flight heading. Streamlined highlights the golf ball where it was still incomplete in the appearance of an essential interior information. In the present paper we designed a golf ball and subsonic in-compressible flow analysis is conducted at a speed of 210 m/s, Now, the golf ball drag coefficient is changed because of change in geometry(dimple). In this paper, the results specify depth ratio of dimple increasing or golf ball roughness of surface can move the change to a lesser Reynold’s number and drag coefficient valve regime increases and also it gives an optimistic linear process between relative roughness and drag coefficient.

Flow Visualization of Golf Ball in Subsonic Incompressible Flow Regime