直線軸翼列の実験装置に関する理論的研究

概要

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A method of successive approximation is shown to calculate the characteristics of the finite profiles arranged in an experimental device, and to clarify the difference between the flow in the experimental arrangement and the ideal lattice flow, on the assumption that the flow can be treated equivalently as two-dimentional and potential. The convergency of the successive approximation and the accuracy of the results are shown clearly in the numerical calculations in comparison with the experimental data. The superiority of the experimental device with movable walls is easily seen throughout these results. However, the previous study by G. Kamimoto seems, although his process of calculation is simpler, is not so numerically reliable because of the more approximate assumption in it.
一般社団法人日本機械学会の論文