{
"item_title" : "Development of Non-Uniform Radiation Solution Methods for Atmospheric Re-Entry Using Detailed Thermal Modeling",
"item_author" : [" Jeffrey R. Komives "],
"item_description" : "The line-by-line accurate spectral radiation solver SPRADIAN was integrated with the multi-temperature hypersonic flow-solver NH7Air for the purpose of predicting the radiation incident on the surface of a hypersonic re-entry vehicle. Atomic and molecular radiation mechanisms are considered for chemical species present in an Earth atmosphere re-entry. A new numerical method of radiation propagation is presented that is capable of accurately predicting the radiation propagation through a non-uniform radiation field. This method also introduces a unique treatment of the internal energy of each chemical species, independently tracking the vibrational temperatures of all molecular species.",
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Development of Non-Uniform Radiation Solution Methods for Atmospheric Re-Entry Using Detailed Thermal Modeling
Overview
The line-by-line accurate spectral radiation solver SPRADIAN was integrated with the multi-temperature hypersonic flow-solver NH7Air for the purpose of predicting the radiation incident on the surface of a hypersonic re-entry vehicle. Atomic and molecular radiation mechanisms are considered for chemical species present in an Earth atmosphere re-entry. A new numerical method of radiation propagation is presented that is capable of accurately predicting the radiation propagation through a non-uniform radiation field. This method also introduces a unique treatment of the internal energy of each chemical species, independently tracking the vibrational temperatures of all molecular species.
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Details
- ISBN-13: 9781288395378
- ISBN-10: 128839537X
- Publisher: Biblioscholar
- Publish Date: December 2012
- Dimensions: 9.69 x 7.44 x 0.15 inches
- Shipping Weight: 0.32 pounds
- Page Count: 72
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