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- W4310291836 abstract "High - enthalpy hypersonic flight represents an application space of significant concern within the current national - security landscape. T he hypersonic environment is characterized by high - speed compressible fluid mechanics and complex reacting flow physics, which may present both thermal and chemical nonequilibrium effects. We report on the results of a three - year LDRD effort , funded by the Engineering Sciences Research Foundation (ESRF) investment area , which has been focused on the development and deployment of new high - speed thermochemical diagnostics capabilities for measuremen t s in the high - enthalpy hypersonic environment posed by Sa ndia?s free - piston shock tunnel. The project has additionally sponsored model development efforts, which have added thermal nonequilibrium modeling capabilities to Sandia codes for subsequent design of many of our shock - tunnel experiments. We have cultivat ed high - speed, chemically specific, laser - diagnostic approaches that are uniquely co - located with Sandia?s high - enthalpy hypersonic test facilities. These tools include picosecond and nanosecond coherent anti - Stokes Raman scattering at 100 - kHz rates for t ime - resolve d thermometry, including thermal nonequilibrium condition s, and 100 - kHz planar laser - induced fluorescence of nitric oxide for chemically specific imaging and velocimetry. Key results from this LDRD project have been documented in a number of jou rnal submissions and conference proceedings, which are cited here. The body of this report is, therefore, concise and summarizes the key results of the project. The reader is directed toward these reference materials and appendices for more detailed discus sions of the project results and findings." @default.
- W4310291836 created "2022-11-30" @default.
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- W4310291836 date "2022-10-01" @default.
- W4310291836 modified "2023-09-27" @default.
- W4310291836 title "High-Speed Diagnostic and Simulation Capabilities for Reacting Hypersonic Reentry Flows: LDRD Final Report." @default.
- W4310291836 doi "https://doi.org/10.2172/1892463" @default.
- W4310291836 hasPublicationYear "2022" @default.
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