Please use this identifier to cite or link to this item: http://hdl.handle.net/11455/35468
標題: Biomechanical Experiment and Simulation Analysis in Upper Extremities for Backhand Stroke of Tennis
網球反手拍上肢生物力學之實驗與模擬分析
作者: 陳仁行
Chen, Ren-Sing
關鍵字: application of LifeMOD;LifeMOD應用;biomechanics;simulation of upper extremities;生物力學;上肢運動模擬
出版社: 生物產業機電工程學系所
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摘要: 
在網球運動中,大多數人常因為暖身不足或不當的運動姿勢造成傷害,其中又以反手拍最容易造成手肘肌肉拉傷,這也是最常遇見的運動傷害之一。為了更加瞭解此一形成傷害之因素,因此本研究針對網球反手揮拍進行試驗,模擬分析上肢運動之生物力學。
本研究利用商用模擬軟體ADAMS與人體模組LifeMOD建立一個人體模型,以高速攝影機記錄網球反手揮拍運動影像數據,並用所擷取影像數據來帶動模型運動以進行模擬。
根據學者使用之方法及其研究做為基準,尋找人體關節參數設定,結果發現在剛性係數(Stiffness)為105以及阻尼係數(Damping)為104,且在手腕設定反光球加權參數為10時,有較良好的關節活動與關節力矩。根據以上參數設定,此人體模型將可與真實揮拍情形相似,達到模擬關節受力分佈之目的。

Playing tennis, most people often injured for not warming up enough or having an improper way to hit the ball. The common injured condition is muscle strain in elbow using backhand stroke. In order to find out some injuring factors, the objectives of this study were to simulate and analyze biomechanics of upper extremities for backhand stroke.
The study utilized commercially available software, ADAMS and LifeMOD, to build a human body model. The motion data of tennis's backhand stroke was recorded by high-speed video cameras, and was applied for the motion simulation.
Following the published methods, the joints' parameters were tested in the research. The results showed 105 and 104 for stiffness and damping, respectively, associated with weighted factor of 10 at wrist would result in better correlation of joints' movement as well as better moment. Thus, based on the factors found in the research, the simulation model would be able to represent the real action and would be applied for calculating moments at the joints.
URI: http://hdl.handle.net/11455/35468
其他識別: U0005-1808200720282700
Appears in Collections:生物產業機電工程學系

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