Application of Hess' Surface-Source Model to the Separated Flow past a Circular Disk
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概要
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An investigation is made on the possibility of the application of Hess' surface source model to the separated flow past bluff bodies. Satisfactory results are obtained for the case of a two-dimensional flat plate placed normal to the uniform stream. Hess' theory is then extended to the case of and axisymmetric body with a disk nose. The application of this theory to the separated flow past a disk leads to somewhat less satisfactory results as compared to the normal flat plate. The most serious defect of the present theory is an appearance of an infinite velocity at the edge of the body.
- 社団法人日本物理学会の論文
- 1976-11-15
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