Fractal Study for Surface Cracks of Rubber Concrete Beam on Concentrated Load
p.412
p.412
Study of Low Stress Repeated Impact Deformation of Gradient Coating
p.418
p.418
Dynamic Model of Elastically Mounted Machinery with Cylindrical Shell
p.423
p.423
Visualization of Mach 3.0/3.8 Flow around Blunt Cone with Supersonic Film Cooling
p.432
p.432
Design and Simulate of Golf Wood Club
p.438
p.438
Subway Platform RF Electromagnetic Field Strength Test
p.445
p.445
Design and Development of Integrated Tester for the Hydraulic System on a Certain Type of Equipment
p.451
p.451
Fisher Discriminant Analysis Predicted Model of Criticality of Karst Water Disasters from Coal Seam Floor and its Application
p.457
p.457
Validating the New Equivalent Static Design Method of Spacecraft Structures in Random Vibration by Test
p.464
p.464
Design and Simulate of Golf Wood Club
Abstract:
This paper aims to design a golf wood club to provide the golf players with very useful information. First, the new golf wood club is designed, including the golf head and shaft. Second, this study bases on the design rules of golf for wood material, choose the appropriate design parameters. This study obtains the results as follows. First, Pinaceae is the best material for golf head. Second, Carbon fiber is the best material for golf club.
You might also be interested in these eBooks
Info:
Periodical:
Applied Mechanics and Materials (Volume 419)
Pages:
438-441
Citation:
Online since:
October 2013
Authors:
Keywords:
Price:
Permissions: