CFD Support for STS-107 Ascent Investigation

CFD Support for STS-107 Ascent Investigation

The research described in this viewgraph presentation investigates the ascent of STS-107 and foam-debris impact, and contributes to understanding of the STS-107 accident using CFD tools. The goals of the research are to: 1) Quantify loads on foam bipod ramp during ascent; 2) Provide steady-state flo...

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Hauptverfasser: Rogers, Stuart E., Gomez, Reynaldo J., Vicker, Darby, Aftosmis, Michael J., Meakin, Robert, Chan, William M., Murman, Scott
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Sprache:eng
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Fluid Mechanics And Thermodynamics
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creator Rogers, Stuart E.
Gomez, Reynaldo J.
Vicker, Darby
Aftosmis, Michael J.
Meakin, Robert
Chan, William M.
Murman, Scott
description The research described in this viewgraph presentation investigates the ascent of STS-107 and foam-debris impact, and contributes to understanding of the STS-107 accident using CFD tools. The goals of the research are to: 1) Quantify loads on foam bipod ramp during ascent; 2) Provide steady-state flow-fields to debris-transport simulations; 3) Simulate flight of foam debris using unsteady six-degree-of-freedom calculations; 4) Provide estimates of foam mass, velocity, and impact angle which correlate with video and film evidence.
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title CFD Support for STS-107 Ascent Investigation
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