複合式訓練對改善競技體操表現之應用

Application of Complex Training for Improvement in Competitive Gymnastics Performance

10.6162/SRR.2015.135.04

翁士航(Shih-Hang Weng)；俞智贏(Chi-Ying Yu)；謝富秀(Fu-Hsiu Hsieh)

運動員 ； 生理機制 ； 肌肉神經刺激 ； athlete ； physical mechanism ； muscle and nerve stimulation

大專體育

135期（2015 / 12 / 31）

45 - 52

繁體中文

主流項目田徑、游泳、體操各司其陸、海、空特性。競技體操發展過程中皆需完成於空中騰翻動作，滯空能力一般影響著體操運動員落地穩定性，所以下肢爆發能力提升便是騰空條件重點。本文的目的是透過複合式訓練，建立重量訓練與增強訓練的機制觀點。研究方法是以運動員接受高負荷重量訓練來改善肌肉力量輸出，接著從事增強訓練來提升速度並改善肌肉收縮反應與神經傳導，使肌肉神經系統發生刺激適應而產生興奮反應，最後獲得複合效果。結語指出藉此達成改善運動表現之輔助訓練，用以增廣更多相關訓練理論操作。建議未來研究方向可朝向多種訓練法同時進行（運動）項目、技術、體能效益比較，探討所謂黃金訓練課表，以利實務操作。

Track and field, swimming, and gymnastics are mainstream sports with distinctive land, sea and air features. Competitive gymnastics involves body movements of rolling in mid-air, and staying airborne influences athletes’ ability to achieve a stable landing; moreover, the improvement of power in the lower limbs is key to remaining airborne. The purpose of this study was to employ complex training to build a system of training consisting of heavy weight training and intensified training. The research method proposed that athletes improve the output of muscle power through greater weight training, then intensify their training to increase speed and improve muscle contraction reaction and nerve transmission. These allow the muscles and nervous system to adapt to the stimulus and produce exciting reactions, thus gaining composite effects. The conclusion shows that this method enhanced training achieved the goal of improving sports performance by applying additional related training theories. It was suggested that future research should be geared towards employing multiple training methods (different sports and techniques) simultaneously and comparing their effects to explore the so-called golden training schedule for practical use.

1. Adams, K.,O'Shea, J. P.,O'Shea, K. L.,Climstein, M.(1992).The effect of six weeks of squat, plyometric and squat-plyometric training on power production.Journal of Applied Sport Science Research,6(1),36-41.
2. Albert, M.(1991).Eccentric muscle training in sports and orthopaedics.New York:Churchill Livingstone.
3. Baechle, T. R.,Earle, R. W.(2012).Weight training: Steps to success.Champaign, IL:Human Kinetics.
4. Berryman, N.,Maurel, D.,Bosquet, L.(2010).Effect of plyometric vs. dynamic weight training on the energy cost of running.Journal of Strength and Conditioning Research,24(7),1818-1825.
5. Burger, T.(1999).Complex training compared to a combined weight training and plyometric training program.Eugene, OR:Microform Publications.
6. Campos, G. E.,Luecke, T. J.,Wendeln, H. K.,Toma, K.,Hagerman, F. C.,Murray, T. F.,Staron, R. S.(2002).Muscular adaptations in response to three different resistance-training regimens: Specificity of repetition maximum training zones.European Journal of Applied Phyciology,88(1),50-60.
7. Carter, J.,Greenwood, M.(2014).Complex training reexamined: Review and recommendations to improve strength and power.Strength and Conditioning Journal,36(2),11-19.
8. Chu, D. A.,Plummer, L.(1984).The language of plyometrics.National Strength and Conditioning Association Journal,6(5),30-31.
9. Comyns, T. M.,Harrison, A. J.,Hennessy, L.,Jensen, R. L.(2007).Identifying the optimal resistive load for complex training in male rugby players.Sports Biomechanics,6(1),59-70.
10. Čuk, I.,Marinšek, M.(2013).Landing quality in artistic gymnastics is related to landing symmetry.Biology of Sport,30(1),29-33.
11. Dodd, D. J.,Alvar, B. A.(2007).Analysis of acute explosive training modalities to improve lower-body power in baseball players.Journal of Strength and Conditioning Research,21(4),1177-1182.
12. Ebben, W. P.,Watts, P. B.(1998).A review of combined weight training and plyometric training modes: Complex training.Strength and Conditioning,20(5),18-27.
13. Fatouros, I. G.,Jamurtas, A. Z.,Leontsini, D.,Taxildaris, K.,Aggelousis, N.,Kostopoulos, N.,Buckenmeyer, P.(2000).Evaluation of plyometric exercise training, weight training, and their combination on vertical jumping performance and leg strength.Journal of Strength and Conditioning Research,14(4),470-476.
14. González-Badillo, J. J.,Izquierdo, M.,Gorostlaga, E. M.(2006).Moderate volume of high relative training intensity produces greater strength gains compared with low and high volumes in competitive weightlifters.Journal of Strength and Conditioning Research,20(1),73-81.
15. Hwang, I.,Seo, G.,Liu, Z. C.(1990).Takeoff mechanics of the double backward somersault.Journal of Applied Biomechanics,6(2),177-186.
16. International Gymnastics Federation(2013).2013 ~2016 code of points for men's artistic gymnastics competitions.Lausanne, Switzerland:Author.
17. Komi, P. V.(2000).Stretch-shortening cycle: A powerful model to study normal and fatigued muscle.Journal of Biomechanics,33(10),1197-1206.
18. MacDonald, C. J.,Lamont, H. S.,Garner, J. C.,Jackson, K.(2013).A comparison of the effects of six weeks of traditional resistance training, plyometric training, and complex training on measures of power.Journal of Trainology,2,13-18.
19. Mangine, G. T.,Ratamess, N. A.,Hoffman, J. R.,Faigenbaum, A. D.,Kang, J.,Chilakos, A.(2008).The effects of combined ballistic and heavy resistance training on maximal lower- and upperbody strength in recreationally trained men.Journal of Strength and Conditioning Research,22(1),132-139.
20. Stoppani, J.(2004).Leap of strength.Joe Weider's Muscle and Fitness,65(1),56.
21. Tan, B.(1999).Manipulating resistance training program variables to optimize maximum strength in men: A review.Journal of Strength and Conditioning Research,13(3),289-304.
22. Toumi, H.,Best, T. M.,Martin, A.,Poumarat, G.(2004).Muscle plasticity after weight and combined (weight and jump) training.Medicine and Science in Sports and Exercise,36(9),1580-1588.
23. Verkhoshansky, Y.(1986).Speed-strength preparation and development of strength endurance of athletes in various specializations.Soviet Sports Review,21(3),120-124.
24. Weng, S. H.,Kao, Y. H.(2014).Athletic performance of general players in men's gymnastics athletics sports team after applying vibration training.International Symposium on Education, Psychology, Society and Tourism,Tokyo, Japan.:

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2. 陳奕良,邱玉惠,王三財(2019)。複合式訓練對提升擊劍選手競技能力的效果。大專體育，148，15-25。
3. 黃長福,麥劉湘涵,高裕軒,翁士航(2022)。不同週期振動訓練對體操選手下肢運動表現和神經肌肉之影響。運動教練科學，67，1-12。
4. 黃長福,麥劉湘涵,高裕軒,翁士航,黃長福,麥劉湘涵,高裕軒,翁士航(2023)。不穩定表面結合震動訓練對競技體操選手空翻、落地和神經肌肉表現之影響。體育學報，56(2)，191-205。
5. 黃淑貞(2018)。競技體操個人單項決賽之國際趨勢與策略。大專體育，146，40-53。
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