創新設計之動態轉動慣量網球拍對揮拍速度與主觀感受之立即性影響

Acute effects of innovational design- dmoi tennis racket on swing velocity and subjective perception

10.53106/207332672022031901004

林韋丞(Wei-Cheng Lin)；林國華(Kuo-Hwa Lin)；劉宗翰(Tsung-Han Liu)；戴興豪(Hsing-Hao Tai)；陳麒先(Chi-Hsien Chen)；劉強(Chiang Liu)

揮擊運動 ； 訓練器材 ； 動作分期 ； Swing sports ； Training equipment ； Action staging

華人運動生物力學期刊

19卷1期（2022 / 03 / 01）

22 - 30

繁體中文

目的：正拍擊球為現代網球主流，揮拍速度是正拍擊的關鍵因素之一，因此本研究目的為利用動態轉動慣量之概念，設計創新的揮拍速度訓練用網球拍（以下稱：DMOI球拍），驗證（一）使用DMOI球拍進行揮拍訓練後對揮拍速度之立即影響；（二）使用DMOI球拍之主觀感受。方法：本研究徵召共26名大專層級的甲組球員與乙組球員，分別進行DMOI球拍與一般球拍之揮拍，在使用前後進行加速初期速度、加速後期速度、以及揮拍主觀感受等測試。使用重複量數二因子變異數分析、依相依樣本t檢定比較相關參數。結果：當前研究發現（一）甲組與乙組使用DMOI球拍揮拍訓練後，於加速初期與加速後期均顯著增加立即揮拍速度；（二）甲組揮擊DMOI球拍主觀感受於流暢滿意度項目滿意度顯著低於一般球拍，乙組揮擊DMOI球拍主觀感受於加速初期省力度顯著高於一般球拍。結論：在經過DMOI球拍訓練後，相較一般球拍訓練，甲組與乙組選手均更能有效增加揮拍速度。因此，建議DMOI球拍可做為提升大專網球球員揮拍速度的訓練器材之一。

Purpose: Forehand strike is the main strategy in the contemporary era, enhance the forehand strike must to shorten the swing speeds, therefore the purposes of this study were to design and construct the novel Dynamic Moment of Inertia (DMOI) racquet, as well as to investigate (1) The acute effects of DMOI racquet on swing velocity. (2) Subjective perceived by using the DMOI racquet. Methods: 26 college tennis players in Division I (D1) and in Division II (D2) tennis players were participated in the study and swung the DMOI and normal racquets respectively in balance order. Two photocell time gate were used to detect the swing velocities at first acceleration phase and second acceleration phase. The subjective perceived scale was tested after velocity test. Results: D1 and D2 after statistical analysis of the dependent t-test respectively, (1) both college tennis players in D1 and D2 were significantly higher swing velocities after using DMOI racquet. (2) the college tennis players in D2 Group has higher subjective perceived score on swing with saving effort at early acceleration phase compared to that of the normal racquet. Conclusion: In swing aspect, the DMOI racquet after training programed have faster swing velocity and has positive acute effect on swing velocities compared to those of the normal racquet. Therefore, the DMOI racquet could be a useful training equipment for improving swing velocity.

1. 王怡靜,蔡忠昌,江勁彥(2016)。青少年網球選手擊球速度與排名之相關研究。運動教練科學，44，81-91。
   連結：
2. 江中皓(2003)。台灣地區男子網球單打技術及勝負因素之研究。體育學報，34，79-92。
   連結：
3. 江勁政(2018)。網球截擊應具備的肌力要素與肌肉收縮特性。運動表現期刊，5(1)，35-41。
   連結：
4. 吳忠芳,陳麗玉,何正斌,黃僅喻,陳志榮(2015)。不同排名男子職業網球選手奮鬥時間之差異研究。運動表現期刊，2(1)，13-17。
   連結：
5. 連玉輝(2004)。現代男子強勢網球 (Power Tennis) 之研究-深度訪談的質化探討。體育學報，37，113-131。
   連結：
6. 陳韋翰,林駿佑,楊雯雯,劉強,相子元,蔡邦和(2014)。運動生物力學應用在棒壘球運動機能襪之研發。體育學報，47(3)，377-389。
   連結：
7. 黃僅喻,張凱隆,劉錦璋,吳忠芳(2014)。中華男子代表對網球單打技術影響勝負之研究-以2013 年俄羅斯-喀山 [世界大學運動會] 為例。運動表現期刊，1(1)，6-9。
   連結：
8. 楊佳琇,徐煒杰,鄭景峰(2014)。探討活化後增能作用對運動員上肢爆發力運動表現之影響。運動生理暨體能學報，19，45-53。
   連結：
9. 詹建人(2012)。網球拍材質與特性之探析。大專體育，120，21-27。
   連結：
10. 鄭智修,陳任偉,蔡良慶,張雅如,湯文慈,劉文瑜(2016)。比較實際及模擬網球比賽中產生的疲勞對於選手之運動生理和表現的影響：文獻回顧。體育學報，49(3)，253-262。
    連結：
11. Allen, T.,Grant, R.,Sullivan, M.,Taraborrelli, L.,Choppin, S.,Spurr, J.,Haake, S.(2018).Recommendations for measuring tennis racket parameters.the Multidisciplinary Digital Publishing Institute Proceedings
12. Bower, R.,Cross, R.(2003).Player sensitivity to changes in string tension in a tennis racket.Journal of Science Medicine in Sport,6(1),120-131.
13. Cross, R.,Bower, R.(2006).Effects of swing-weight on swing speed and racket power.Journal of Sports Sciences,24(1),23-30.
14. Genevois, C.,Frican, B.,Creveaux, T.,Hautier, C.,Rogowski, I.(2013).Effects of two training protocols on the forehand drive performance in tennis.The Journal of Strength & Conditioning Research,27(3),677-682.
15. Güllich, A.,Schmidtbleicher, D.(1996).MVC-induced short-term potentiation of explosive force.New Studies in Athletics,11,67-84.
16. Iino, Y.,Kojima, T.(2001).Torque acting on the pelvis about its superior-inferior axis through the hip joints during a tennis forehand stroke.Journal of Human Movement Studies,40(4),269-290.
17. Johnson, C.,McHugh, M.(2006).Performance demands of professional male tennis players.British Journal of Sports Medicine,40(8),696-699.
18. Landlinger, J.,Lindinger, S. J.,Stöggl, T.,Wagner, H.,Müller, E.(2010).Kinematic differences of elite and high-performance tennis players in the cross court and down the line forehand.Sports Biomechanics,9(4),280-295.
19. Liu, C.,Chen, C. S.,Ho, W. H.,Füle, R. J.,Chung, P. H.,Shiang, T. Y.(2013).The Effects of Passive Leg Press Training on Jumping Performance, Speed and Muscle Power.Journal of Strength and Conditioning Research,27(6),1479-1486.
20. Liu, C.,Liu, Y. C.,Kao, Y. C.,Shiang, T. Y.(2011).Effects of Training with Dynamic Moment of Inertia Bat on Swing Performance.Journal of Strength and Conditioning Research,25(11),2999-3005.
21. Mitchell, S. R.,Jones, R.,King, M.(2000).Head speed vs. racket inertia in the tennis serve.Sports Engineering,3(2),99-110.
22. Pereira, M. I.,Gomes, P. S.(2003).Movement velocity in resistance training.Sports Medicine,33,427-438.
23. Pluim, B. M.,Miller, S.,Dines, D.,Renström, P. A.,Windler, G.,Norris, B.,Martin, K.(2007).Sport science and medicine in tennis.British Journal of Sports Medicine,41(11),703-704.
24. Ringo, T. J.,Scheeler, D. L.,Kidston, R. W.,Isosaari, R.,Cosio-Lima, L.(2010).Effects of ETCH-Swing Training on Tennis Swing Speed.Medicine & Science in Sports & Exercise,42(5),696.
25. Ryu, R. K.,McCormick, J.,Jobe, F. W.,Moynes, D. R.,Antonelli, D.(1988).An electromyographic analysis of shoulder function in tennis players.The American Journal of Sports Medicine,16(5),481-485.
26. Schorah, D.,Choppin, S.,James, D.(2015).Effects of moment of inertia on restricted motion swing speed.Sports Biomechanics,14(2),157-167.
27. 林國華(2007)。台北市，國立臺北教育大學。
28. 劉強(2002)。行政院國家科學委員會專題研究計畫成果報告書行政院國家科學委員會專題研究計畫成果報告書,行政院國家科學委員會。

1. (2024)。創新之動態轉動慣量球棒對揮擊期間揮棒速度與肌肉活化之影響。體育學報，57(2)，141-153。