Science Fair Projects

Aerodynamics of a Golf Ball

Abstract

My objective: The purpose of my project was to see if the number of dimples on a golf ball changes its range.

Methods/Materials

# Golf Ball Launcher (home made)
# Compressed Air Supply
# Multiple Golf Balls (test subjects)
# Measuring Equipment
# Camera
# Safe Controlled Area

Procedures:

1. Obtain different Titleist golf balls for testing
2. Make a golf all launcher to test the golf balls
3. Mark out every meter in an open area
4. Test each type of golf ball ten times
5. Record data while testing
6. Make a tables and graphs
7. Average the length for each ball
8. Share your results

Results

The results of my experiment showed that the golf ball with no dimples flew the farthest when launched at 7.6 bar and the ProV1 with 332 dimples flew the farthest when launched at 5.2 bar, proving my hypothesis partially wrong.

Conclusions/Discussion

During the testing of my project I was proved partially right. I believed that the ball with no dimples would fly the farthest when launched at my high pressure 7.6 bar (110 PSI), while the ball with 392 dimples would go the farthest when launched at the lower pressure of 5.2 bar (75 PSI). My hypothesis was proved right as the ball with 0 dimples went the farthest at 7.6 bar but, was also proved wrong as the ProV1 with 332 dimples went the farthest at 5.2 bar.

Project Done By Derek M. Abbott in CALIFORNIA STATE SCIENCE FAIR

 

 

Related Projects : Watts Up with Fairings, At What Angle Is the Lift of a Wing Maximized, Rocket Stability, The Robins-Magnus Effect , Real Time Analysis of Solid Fuel Rocket Engines, Tuck to Win, Flying Boats, Foam Takes Flight, Downforce on a Stock Car, Awesome Airfoils

 

<<Back To Topics Page ...............................................>>Next Topic

 

 

Copyright © sciencefairprojects.co.in 2013 through 2015