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소프트 골프 샤프트의 킥 포인트와 강성의 차이에 따른 성능 분석

Soft-golfTM Shaft Kick Point and Stiffness due to the Difference in Performance Analysis

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초록

This study analyzed performance according to kick point and stiffness of Soft-golf™ shaft. This research team developed soft-golf™ as a new fusion sports with similar motions with golf and it can be learned safely for all age groups in 2002. The head of Soft-golf™ club is made of zinc alloy and has a mesh or a grid structure, and shaft uses carbon graphite to reduce the total weight of the club. To improve carry distance and to assure consistency of a ball during Soft-golf™ swing, this study manufactured shaft with various kick points (low, middle and high) and stiffness (stiff, regular, lady, morelady) and analyzed a swing motion with characteristics of each shaft presented in a dynamic condition such as a ball's speed, a head's torsion angle and a ball's deviation with ProAnalyst program through a high-speed camera taking pictures using a swing machine robot system(Robo-7). From all of the results, this study determined an appropriate shaft of Soft-golf™.

Abstract

This study analyzed performance according to kick point and stiffness of Soft-golf™ shaft. This research team developed soft-golf™ as a new fusion sports with similar motions with golf and it can be learned safely for all age groups in 2002. The head of Soft-golf™ club is made of zinc alloy and has a mesh or a grid structure, and shaft uses carbon graphite to reduce the total weight of the club. To improve carry distance and to assure consistency of a ball during Soft-golf™ swing, this study manufactured shaft with various kick points (low, middle and high) and stiffness (stiff, regular, lady, morelady) and analyzed a swing motion with characteristics of each shaft presented in a dynamic condition such as a ball's speed, a head's torsion angle and a ball's deviation with ProAnalyst program through a high-speed camera taking pictures using a swing machine robot system(Robo-7). From all of the results, this study determined an appropriate shaft of Soft-golf™.

참고문헌 (9)

  1. 이경일, "수준별 골프 스윙 동작에 대한 운동역학적 분석", 한국사회체육학회지, (24), pp.291~303 (2005), 한국사회체육학회
  2. Yong Yook Kim, "Kinematic and Kinetic Analysis of the Soft Golf Swing using Realistic 3D Modeling Based on 3D Motion Tracking", 의공학회지, 28(6), pp.744~749 (2007), 대한의용생체공학회
  3. 김성일, "클럽 샤프트(Club Shaft) 특성에 따른 골프 스윙(Golf Swing)동작 분석", 한국운동역학회지, 12(2), pp.17~32 (2002), 한국운동역학회
  4. 이만령, "골퍼의 스윙 및 동역학적 특성을 고려할 수 있는 그라파이트 골프클럽 샤프트의 최적설계", 한국체육학회지, 44(1), pp.375~382 (2005), 한국체육학회
  5. Kojima A, "Effect of torsional properties of CFRP golf club shafts on the speed and the directional stability of the ball", Proceedings of the japan international SAMPE symposium, 4(2), pp.1328~1333 (1995)
  6. JT Worobets, "Shaft stiffness significantly influences golf clubhead speed at impact", Journal of Biomechanics, 42(S2), pp.S279~ (2007)
  7. Y. H. Park, "applied for golf equipment for scientific principles", Journal of the KSME, 43(7), pp.58~59 (2003)
  8. Douglas Steven S. Swanek, "Braided composite materials for the production of lightweight,high rigidity golf shafts", Sports Engineering, 10(4), pp.196~ (2007)
  9. 김무선, "복합재료 골프샤프트의 적층최적화", 한국복합재료학회지, 20(1), pp.1~7 (2007), 한국복합재료학회

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