@article{oai:ous.repo.nii.ac.jp:00000653,
 author = {大亀, 衛 and Ohkame, Mamoru and 渡辺, 修 and Watanabe, Osamu and 雨崎, 博文 and Amazaki, Hirobumi},
 journal = {岡山理科大学紀要. A, 自然科学, The Bulletin of the Okayama University of Science, A, Natural  Science},
 month = {Mar},
 note = {P(論文), プロペラ型風車の羽根(中心角の小さい扇形)の受ける風圧が計算して調べられた.(羽根の角速度の大きさ)(羽根の半径)/(風速)がある値のとき, 板状羽根の受ける風圧が正の値になる羽根の傾きの範囲は限定されている.負の値の風圧は推進力である.傾きを変えることのできる板状羽根を使用することによって, 風車の状態を保持することがすべての(羽根の角速度の大きさ)(羽根の半径)/(風速)の値に対して可能である.エネルギーを最も多く取り出すようにひねられた羽根の受ける風圧とその効率を最大にするようにひねられた羽根の受ける風圧は当然正の値であり, これらのひねられた羽根はこの状態に於て風車の機能を示す.ここで, 空気の粘性と回転軸の垂線の方向への羽根の後流の速度成分は無視されている., The wind pressure acting on the semi-circular blades of the propeller type wind turbine, the central angle of the blades being small, is investigated by means of analitical and numerical calculations. In the case in which (the angular velocity of the blade) (the radius of the blade)/(wind speed) has a value, the range of the gradient of the plate blade, where the wind pressure is plus, is restricted. The wind pressure of which the value is minus is the thrust. By using the wind turbine whose blade gradient can be changed, it is possible to keep the state of the wind turbine for the all values of (the angular velocity of the blade) (the radius of the blade)/(wind speed). In the case in which the blade of the wind turbine is twisted to take out the most energy or to give the maximum value of the efficiency, the wind pressure acting on the blades is naturally plus and these twisted blades show the state of the wind turbine in this condition. The viscosity of the air and the velocity component of the wake in the direction perpendicular to the axis of the rotation of the blades are neglected in this paper.},
 pages = {59--64},
 title = {風車の羽根の受ける風圧},
 volume = {18},
 year = {1983},
 yomi = {オオカメ, マモル and ワタナベ, オサム and アマザキ, ヒロブミ}
}