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題名:氣墊慢跑鞋與迴力柱慢跑鞋的避震比較
書刊名:國立體育學院論叢
作者:林信良彭康惠歐正明
作者(外文):Lin, Hsin-liangPeng, Con-hiO, Chen-ming
出版日期:2004
卷期:14:2
頁次:頁179-192
主題關鍵詞:氣墊迴力柱避震負荷率CushioningAirbagShoxMLR
原始連結:連回原系統網址new window
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     慢跑鞋的穿著對於參與者而言是不可或缺的,一雙好的慢跑鞋是跑步時之必要配備,選購避震性較好之鞋子來降低衝擊力可說是-個必須注意之重點。本研究以三雙鞋作為研究對象,分別Nike彈簧慢跑鞋、Nike迴力柱慢跑鞋、功夫鞋各一雙慢跑鞋作為研究對象。實驗方法參考SATRA PMl42之物理性測試方法,進行撞擊避震測試,撞擊高度分別為4、5、6、7、8、9、10、11,12、13cm等10個高度,撞擊頭重量為8.5Kg,測力板取樣頻率為1000Hz,測量各鞋款之最大地面反作用力與最大負荷率,每一高度取10次有效資料,統計方法採重複量數單因子變異數分析(One-Way ANOVA)。實驗結果如下: (1)氣墊鞋與迴力柱鞋的最大地面反作用力統計結果達顯著性差異(p =.00>.05)。 (2)氣墊鞋與迴力柱鞋在最大地面反作用力出現時間統計結果達顯著性差異(p=.009>.05)。 (3)氣墊鞋與迴力柱鞋在地面反作用力作用時間上達到顯著差異(p =.00>.05)。 (4)氣墊鞋與迴力柱鞋的最大負荷率測試結果達顯著性差異(p =.00>.05)。 (5)在較高負荷的條件下,氣墊鞋有較佳的避震作用。
     The running shoes are the necessary gears of the runner. We must notice that the cushioning of the running shoes were related with the impact. Two pairs of shoes with different structure were be tested. The SATRA PM142 test was be considered in this test way. All shoes were placed on the shock absorbing ability test instrument (SAATI) to survey. One force plate (sampling rate: 1000Hz) was used to gather maximum reaction force (MRF) and maximum loading rate (MLR). According the procedure, SAATI was adjusted at ten heights (4,5,6,7,8,9,10,11,12 and 13cm) to impact shoes. At each height, the impact was done 10 times repeatedly. One-way ANOVA was used to compare their shock absorbing ability. Results were as follow: 1.The MRF of the two pairs of running shoes were different significantly (p>.05). 2.The occurring time of the MRF of the two pairs shoes were different significantly (p>.05). 3.The working time of the MRF of the two pairs shoes were different significantly (p>.05). 4.The MLR of the two pairs of running shoes were different significantly (p>.05). 5.In high loading, the shoe with airbag is better than the one with shox in shock absorbing ability
期刊論文
1.相子元(20010100)。攜帶式避震反彈功能測試器簡介。鞋技通訊,108,98-102。  延伸查詢new window
2.Munro, C. F.、Miller, D. I.、Fuglevandet, A. J.(1987)。Ground reaction forces in running: reexamintion。J. Biomechanics,20(2),147-155。  new window
3.邱宏達、相子元、楊文賓(19980400)。運動鞋彈性及避震能力之探討。國立體育學院論叢,8(2),271-281。new window  延伸查詢new window
4.邱宏達、相子元、王金成(19960600)。運動方式與鞋墊厚度對避震效果之影響。體育學報,21,207-217。new window  延伸查詢new window
5.尹登月(199901)。物性測試方法SATRA PM142--落重吸震測試。鞋技通訊,108,92-94。  延伸查詢new window
6.莊訓達、朱峰進、李德仁(19991200)。專項運動鞋具之避震性測試的探討。大專體育,46,135-141。new window  延伸查詢new window
7.Nigg, B. M.(1985)。Biomechanics, load analysis and sport injuries in the lower extremities。Sports Medicine,2(5),367-379。  new window
8.Andreasson, G.、Peterson, L.(1986)。Effect of Shoe and Surface Characteristics on Lower Limb Injuries in Sports。International Journal of Sport Biomechanics,2,202-209。  new window
9.Foti, T.、Hamill, J.(1993)。Shoe cushioning effects on vertical ground reaction force during running。Journal of Biomechanics,27(6),665。  new window
10.Cavanagh, P. R.、Lafortune, M. A.(1980)。Ground reaction forces in distance running。Journal of Biomechanics,13(5),397-406。  new window
學位論文
1.邱宏達(2000)。由地面反作用力評估鞋底避震能力:材料測試標準之訂定(博士論文)。臺灣師範大學。new window  延伸查詢new window
圖書論文
1.Nigg, B. M.(1986)。Experimental techniques used in running shoe research。Biomechanics of Running Shoes。Champaign, IL:Human Kinetics Publishers, Inc.。  new window
 
 
 
 
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