三款不同避震結構羽球鞋的材料避震測試

The Distinction of Shock Absorbing Ability in Material Test for Three Different Structure Badminton Shoes

林信良(Hsin-Liang Lin) ； 洪得明(Der-Ming Hong) ； 劉于詮(Yu-Chuan Liu)

《國立臺灣體育大學論叢》 19卷2期 (2008/12) Pp. 137-148

https://doi.org/10.6591/JNTSU.2008.12.09

摘要

The purpose of this study was to evaluate the cushioning properties of different structure badminton shoes in different impact energies. In this study, three different structure badminton shoes were used to compare their shock adsorbing ability (SAA) and offer references for purchasers. All shoes were place on the shock absorbing ability test instrument (SAATI) to survey. According the procedure, SAATI was adjusted at 5 impact heights with a 5±0.1kg striker to impact the shoes. The 5 impact energies were 1.47J、1.96J、2.45J、2.94J and 3.43J. At each condition, the impact was done 12 times repeatedly. Peak deceleration of the striker was measured with an accelerometer attached to the striker during the impact. Independent Two-way ANOVA was used to compare peak deceleration of those shoes. Results were as follow: 1、The peak deceleration of different structure badminton shoes were different significantly (p＜.05). 2、The badminton shoe with air cushion has the lowest peak deceleration. 3、The badminton shoe with better cushioning properties has the less peak deceleration increasing rate.

關鍵字

羽球鞋 ； 避震

並列摘要

The purpose of this study was to evaluate the cushioning properties of different structure badminton shoes in different impact energies. In this study, three different structure badminton shoes were used to compare their shock adsorbing ability (SAA) and offer references for purchasers. All shoes were place on the shock absorbing ability test instrument (SAATI) to survey. According the procedure, SAATI was adjusted at 5 impact heights with a 5±0.1kg striker to impact the shoes. The 5 impact energies were 1.47J、1.96J、2.45J、2.94J and 3.43J. At each condition, the impact was done 12 times repeatedly. Peak deceleration of the striker was measured with an accelerometer attached to the striker during the impact. Independent Two-way ANOVA was used to compare peak deceleration of those shoes. Results were as follow: 1、The peak deceleration of different structure badminton shoes were different significantly (p＜.05). 2、The badminton shoe with air cushion has the lowest peak deceleration. 3、The badminton shoe with better cushioning properties has the less peak deceleration increasing rate.

並列關鍵字

Cushioning ； Badminton Shoe

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