Quantitative Investigation of the Density Field of Aerodynamic High-Speed Flows using Holograms from a Focused Schilieren System: (Research Initiation Award)

将在一项研究计划下进行一项实验性研究。 超音速流与激波相互作用的起爆奖 摩擦边界层。 一部聚焦纹影的小说 技术将用于形成三维全息图 流场中的密度梯度。 这项技术如果成功，可以在传统的 高速风洞，因此可能获得广泛的使用， 三维超音速流诊断的未来。

An experimental study will be conducted, under a Research Initiation Award, of supersonic flow with shock waves interacting with frictional boundary layers. A novel focused Schlieren technique will be used to form holograms of the three-dimensional density gradients in the flow field. The technique, if successful, could be implemented in conventional high speed windtunnels, and thus perhaps gain widespread usage in the future in the diagnosis of three-dimensional supersonic flows.