MR CFD ANSYS Fluent Training - Golf ball Aerodynamics, CFD Simulation by ANSYS Fluent In this project, a golf ball is studied aerodynamically, at speed with lateral angle and zero degree angle
![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
![It is proven that golf ball surface is superior in terms of aerodynamics. Why F1 cars do not have such patterns on them? Has any team ever played with the surface of It is proven that golf ball surface is superior in terms of aerodynamics. Why F1 cars do not have such patterns on them? Has any team ever played with the surface of](https://preview.redd.it/eawcyjerhon91.png?auto=webp&s=32e75b607ef3825fe488653556c128d167526cc7)
It is proven that golf ball surface is superior in terms of aerodynamics. Why F1 cars do not have such patterns on them? Has any team ever played with the surface of
![Ingrid Cloud on X: "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 X: "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 X: "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 -
![Numerical Investigation of the Flow Past a Rotating Golf Ball and Its Comparison with a Rotating Smooth Sphere | Flow, Turbulence and Combustion Numerical Investigation of the Flow Past a Rotating Golf Ball and Its Comparison with a Rotating Smooth Sphere | Flow, Turbulence and Combustion](https://media.springernature.com/lw685/springer-static/image/art%3A10.1007%2Fs10494-017-9859-1/MediaObjects/10494_2017_9859_Fig6_HTML.gif)