3812 シミュレーションによる個人別スウィングを考慮したゴルフシャフト開発技術(S70-2 新しい設計支援技術(2),S70 新しい設計支援技術)

概要

論文の詳細を見る
In this paper, a technique for predicting flexural rigidity distribution of golf shaft to be fitted to individual swing performance using numerical simulations is proposed. Finite element analysis is applied to the calculation of the frequency analysis and clubhead speed simulation. In the technique combining DOE and RSM is selected. In the DOE technique, Latin Hypercube Sampling method is adopted. For the purpose of evaluating the method, the flexural rigidity distribution of the shaft which gives the fastest head speed is computed. The predicted club conditions agree well with experimental results. The new recommended shaft shows superior performance than regular shafts, thus support the usefulness of the method.
一般社団法人日本機械学会の論文
2005-09-18