Second-Order Subsonic Airfoil Theory Including Edge Effects
Description:
"Several recent advances in plane subsonic flow theory are combined into a unified second-order theory for airfoil sections of arbitrary shape. The solution is reached in three steps: the incompressible result is found by integration, it is converted into the corresponding subsonic compressible result by means of the second-order compressibility rule, and it is rendered uniformly valid near stagnation points by further rules. Solutions for a number of airfoils are given and are compared with th…
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Date:
1956
Creator:
Van Dyke, Milton D.
Item Type:
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Report
Partner:
UNT Libraries Government Documents Department