運動與休閒學院
Permanent URI for this communityhttp://rportal.lib.ntnu.edu.tw/handle/20.500.12235/6
為配合我國社會變遷與體育發展及本校的轉型與發展，本學院於90年8月正式成立，並將原屬本校教育學院之體育學系（所）、運動競技學系、運動與休閒管理研究所調整成立運動與休閒學院，並於95學年度增設運動科學研究所：為提升本院競爭力於101學年度運動競技學系與運動科學研究所整併為「運動競技學系」，運動與休閒管理研究所與管理學院餐旅管理研究所整併為「運動休閒與餐旅管理研究所」。
News
Browse
3 results
Search Results
Item 從政策移轉的觀點探析臺灣跆拳道和舉重之發展-以浪潮計畫為例(2016) 黃郁綺; Huang, Yu-Chi處在高度重視競技運動表現的時代背景之下，世界各國之間的競技運動競爭日益增加，如何在國際大型運動賽事上奪牌已成為許多國家在運動發展上的主軸。此外，科技時代來臨，國家與國家之間的資訊傳播日趨快速和簡便，使得各國在政策制定上，將已經有成功經驗的國家做為學習和參考對象。據此，本研究以政策移轉理論架構作為分析依據，探討浪潮計畫的發展，並探究其在臺灣跆拳道和舉重培訓計畫之制定和發展情況。研究方法是採用引導式內容分析法和半結構式訪談法。訪談對象主要為浪潮計畫和臺灣跆拳道和舉重培訓計畫形成之相關人員，包含體育署承辦人員和浪潮計畫撰稿委員、中華民國跆拳道和舉重協會相關人員、浪潮計畫培訓選手以及其所屬教練，以及舉重和跆拳道基層訓練站教練。研究結果顯示教育部體育署、中華民國跆拳道協會和舉重協會，在制定浪潮計劃、以及跆拳道和舉重的培訓計畫過程中，僅有政策理念上的移轉，並無實質制度上的移轉。而較多的移轉是發生在一般層級的教練和選手，藉由參與研習會和移地訓練至國外學習他國的技術新知。本研究建議我國可建置各國培訓體制之知識庫、建立制度化的政策移轉網絡以廣納多方意見、以及加強中央體育主關機管與各單項協會之配合。希冀本研究能夠提供臺灣的政府單位未來在制定我國競技運動政策上之參考。Item Biomechanical analysis of back kicks attack movement in Taekwondo(2006-07-18) 黃長福; Chen Lin Lee; Chenfu HuangThe purpose of this study is to compare three Taekwondo back kicks attack movements. Seven male Taekwondo athletes (age: 21.0 ± 2.0 year old, height: 180.4 ± 4.4cm, weight: 69.1 ± 26.1kg) performed the back kick, jump back kick and 360° jump back kick where the left leg was attack leg. Two Redlake (60Hz) cameras and an accelerometer were used to collect data. The results revealed that the jump back kick’s attack force is greater than in 360° jump back kick. The angular velocity of knee and low trunk of back kick and jump back kick are faster than 360° jump back kick during rotation phase. The 360° jump back kick has a greater attack height and distance when striking the bag. The study suggests back kicking as important skill which the athletes need to practice for improving the kicking ability.Item The biomechanical analysis of the taekwondo front-leg axe-kick(2005-08-27) 黃長福; Yeh-Jung Tsai; Guo-Hong Gu; Chia-Jung Lee; Chen-Fu Huang; Chien-Lu TsaiThe purpose of the study was to analyze the biomechanics of taekwondo front-leg axekick. One force plates, two synchronized high-speed cameras were used to measure biomechanical parameters in each phase of the front-leg axe-kick. The results included: 1. The average reaction time and movement time were 0.423 sand 0.327 s, which respectively occupied about 56% and 44% of attack time. 2. The maximum velocity of hip, knee and ankle were 1.74 m/s, 5.25 m/s and 7.43 m/s respectively. When the kicking leg touched the target, the velocity of knee and ankle were 0.78m/s, 1.72m1s, and 4.64m1s respectively. 3. The peak vertical GRF and impulse were 0.96 SW and 77.57N-s. For decreasing the movement time, it's suggested that an athlete should increase the power and flexibility of lower extremities during the training section.