ホイト・シュナイター・プロペラについて

概要

論文の詳細を見る
Assuming the two dimensional flow and the uniform longitudinal induced velocity on the propeller stream, the Voith・Schneider・Propeller is solved approximately. Thrust, torque, lateral force, position of thrust line, maximum attack angle of the blade element and its peripheral position are expressed by the simple functional relations. By these relations of the fundamental quantities of the Voith. Schneider. Propeller, the characteristic curves are calculated, and also the applicable region of the formula are found. Calculated example of the characteristic curves coincide closely to Hans Kreitner's experiments. Comparing with more strict solutions of the Voith. Schneider. Propeller by elliptec integrals, these approximate simple functional relations would be serviceable to explaine the complicated acting conditions of the travers or lateral circular airfoil gitter type propeller.
一般社団法人日本機械学会の論文