高爾夫揮桿動作之運動學與動力學分析

Kinematic and Kinetic Analysis of Golf Swing

10.6222/pej.0029.200009.1917

劉玉仁(Yu-Jen Liu)；周有禮(You-Li Chou)；羅世忠(Shu-Zon Lou)

高爾夫 ； 揮桿動作 ； 運動學 ； 動力學 ； 運動生物力學 ； golf ； swing ； kinematic ； kinetic ； sport biomechanics

體育學報

29期（2000 / 09 / 01）

179 - 188

繁體中文

The purpose of this study, based on sports biomechanical methods, is to investigate the factors of club type, including driver and 7-rion club, which affected (l) ground reaction force and center of pressure, and (2) posture of swing, by calculating the kinematic and kinetic data of golf swing. Eight subjects, right-handed, 7 to 10 handicap, averaged age of 40, performed 5 swing using driver and 7-iron club, collecting the ground reaction force and 3D trajectory of attached reflected markers with two force plates and six CCD cameras. The collected data were calculated into kinetic and kinematics data for statistic significance with ANOV A. The normal ground reaction force exerted by front foot was 110% ± 6% body weight with driver, and 102% ± 7% body weight with 7-iron club. They are significantly different. The total vertical ground reaction forces exerted with driver was 128% ± 5% body weight, and 113% ± 6% body weight with 7-iron club and the both were significantly different. In conclusion, this study demonstrated the significantly effecting of clubs on the ground reaction force, and showing that it is needed for different club to take different posture of standing or to wear a spiked shoe, in order to stabilize the swing. The influence of club type on posture of swing is not obvious, but the coordination of swing motion and center of pressure is needed for achieving the efficient swing motion.

The purpose of this study, based on sports biomechanical methods, is to investigate the factors of club type, including driver and 7-rion club, which affected (l) ground reaction force and center of pressure, and (2) posture of swing, by calculating the kinematic and kinetic data of golf swing. Eight subjects, right-handed, 7 to 10 handicap, averaged age of 40, performed 5 swing using driver and 7-iron club, collecting the ground reaction force and 3D trajectory of attached reflected markers with two force plates and six CCD cameras. The collected data were calculated into kinetic and kinematics data for statistic significance with ANOV A. The normal ground reaction force exerted by front foot was 110% ± 6% body weight with driver, and 102% ± 7% body weight with 7-iron club. They are significantly different. The total vertical ground reaction forces exerted with driver was 128% ± 5% body weight, and 113% ± 6% body weight with 7-iron club and the both were significantly different. In conclusion, this study demonstrated the significantly effecting of clubs on the ground reaction force, and showing that it is needed for different club to take different posture of standing or to wear a spiked shoe, in order to stabilize the swing. The influence of club type on posture of swing is not obvious, but the coordination of swing motion and center of pressure is needed for achieving the efficient swing motion.

1. Batt, M. E.(1993).Golfing injuries. An overview.Sports Medicine,16
2. Cahalan, T. D.,Cooney, W. P.,Tamai, K.,Chao, E. Y. S.(1991).Biomechanics of the golf swing in players with pathologic conditions of the forearm, wrist, and hand.American Orthopaedic Society for sports Medicine,29
3. Carlsoo, S.(1967).A kinetic analysis of the golf swing.Journal of Sports Medicine&Physical Fitness,7
4. Cooper, J.R.,Bates, B.T.,Bedi, J.,Scheuchenzuber, J.(1974).Biomechanics IV.
5. Gatt, C. J.Jr.,Pavol, M. J.,Parker,R. D.,Grabiner, M. D.(1998).Three-dimensional knee joint kinetics during a golf swing. Influences of skill level and footwear.American Journal of Sports Medicine,26
6. Jobe, F. W.,Pink, M. M.(1996).Shoulder pain in golf.Clinics in Sports Medicine,15
7. Jorgensen, T. P.(1999).The physics of golf.
8. Theriault, G.,Lachance, P.(1998).Golf injuries. An overview.Sports Medicine,26
9. Williams, K.R.,Cavanagh, P.R.(1983).The mechanics of foot action during the golf swing and implications for shoe design.Medicine and Science in Sports and Exercise,15
10. Winter, D. A.(1990).Biomechanics and motor control of human movement.

1. 許義章(2005)。高爾夫球選手不同擊球點揮桿擊球之運動力學特性分析。北體學報，13，108-122。
2. 廖智雄、陳錦偉、許義章、孫國昌、吳宏熙(2014)。高爾夫球短距離擊球之運動學分析—以高、低差點愛好者為例。人文社會科學研究，8(2)，50-60。
3. 劉玉仁、邱宏達(2006)。不同站姿於高爾夫揮桿過程之地面反作用力探討。成大體育，39(4)，18-29。
4. 羅世忠、劉玉仁、周有禮(2002)。高爾夫揮桿動作中下桿啓動之下肢肌電訊號分析。體育學報，33，65-74。
5. 蘇宣輔、劉于詮、楊庭禎(2013)。如何以運動生物力學來分析高爾夫球鞋鞋釘對揮桿動作影響。運動與健康研究，2(2)，49-64。
6. 湯文慈,許中原(2021)。高爾夫揮桿軀幹鄰近關節間生物力學與運動傷害相關性探討。華人運動生物力學期刊，18(1)，42-49。
7. 相子元、林久盛、石翔至(2011)。高爾夫高低球位擊球身體肢段運動學分析。體育學報，44(4)，525-536。