| Summary: | 碩士 === 逢甲大學 === 機械工程學所 === 96 === Golf sport has been attentively customized as the living part for health care of human being. Meanwhile, due to the need of competition, the golf clubhead manufacturing industries in Taiwan have to be translated from OEM to ODM and even try to establish OBM system to supervise the golf sporting market directly. Under these competitive situations, designing and analyzing the Golf Clubheads become much more important than before.
A new design methodology for the deformation control of the “Iron Clubface” is proposed in this study. Moreover, we hope this research could provide a disrupting innovation design in the field of Golf Club industry. This thesis concentrates on the investigation of the design and deformation shape control of Clubheads including blade back, concave back, and hollow heads. Meanwhile, the effects of the mass center of clubheads and friction resistance of face plates, with different loft angle, on the hitting efficiency are also studied.
A simple analytic model of rectangular geometric shape is developed. As using this model to analyze the deformation of face plate, the modulation of deformation shape of the clubface could be obtained by means of the mountable positions and fixed lengths of the face plate boundary. Consequently, the results show that this methodology can be successfully used to the sophisticated design and analysis of the “Iron Clubfaces”. The major contributions of this study provide more uniform distribution of stress, better and larger deformation, and the strike efficiency as well as hitting stability as compared to that of the traditional design under the same loading conditions.
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