![Ingrid Cloud on Twitter: "The aerodynamics of Golf. ⛳ There's such an interesting phenomena around the golf balls' dimples, they roughen up the ball surface and force turbulent flow around them - Ingrid Cloud on Twitter: "The aerodynamics of Golf. ⛳ There's such an interesting phenomena around the golf balls' dimples, they roughen up the ball surface and force turbulent flow around them -](https://pbs.twimg.com/media/EHJjw6JX4AEPqr5.jpg)
Ingrid Cloud on Twitter: "The aerodynamics of Golf. ⛳ There's such an interesting phenomena around the golf balls' dimples, they roughen up the ball surface and force turbulent flow around them -
![fluid dynamics - Is a golf ball still more aerodynamic than a normal sphere in turbulent flow? - Physics Stack Exchange fluid dynamics - Is a golf ball still more aerodynamic than a normal sphere in turbulent flow? - Physics Stack Exchange](https://i.stack.imgur.com/hrI39.png)
fluid dynamics - Is a golf ball still more aerodynamic than a normal sphere in turbulent flow? - Physics Stack Exchange
![Numerical Investigation of the Flow Past a Rotating Golf Ball and Its Comparison with a Rotating Smooth Sphere | SpringerLink Numerical Investigation of the Flow Past a Rotating Golf Ball and Its Comparison with a Rotating Smooth Sphere | SpringerLink](https://media.springernature.com/lw685/springer-static/image/art%3A10.1007%2Fs10494-017-9859-1/MediaObjects/10494_2017_9859_Fig6_HTML.gif)
Numerical Investigation of the Flow Past a Rotating Golf Ball and Its Comparison with a Rotating Smooth Sphere | SpringerLink
![Flow visualisation with superimposed boundary layer for golf ball model | Download Scientific Diagram Flow visualisation with superimposed boundary layer for golf ball model | Download Scientific Diagram](https://www.researchgate.net/publication/273823534/figure/fig5/AS:509855166996480@1498570352468/Flow-visualisation-with-superimposed-boundary-layer-for-golf-ball-model.png)