The objective was to verify the design thermal environments for the Space Shuttle External Tank. These environments encompassed a myraid of potential flight cases which included nominal and dispersed trajectories launched from Kennedy Space Center (KSC) and Vandenberg and abort cases. Many iterations of environments have been produced during the evolution of the Space Shuttle system which required an analysis and assessment of each environment. A significant effort was expended in the analysis and application of wind tunnel and heat transfer data to develop math/computer models. Various versions of the aeroheating computer code MINIVER were tailored to calculate ascent aeroheating environments for the External Tank. The significant environm...
Results of wind tunnel heat transfer tests of 0.0175-scale Rockwell International Space Shuttle Vehi...
A technology review and assessment of modeling and analysis efforts underway in support of a safe re...
Design of the thermal protection system for any hypersonic flight vehicle requires determination of ...
The Space Shuttle orbiter's thermal protection system (TPS), designed mainly on the basis of wind tu...
Thermal and flow sensor instrumentation was developed for use as an integral part of the space shutt...
The research for determining the space shuttle aerothermal environment is reported. Brief summaries ...
Aerothermodynamic development flight test data from the first orbital flight test of the Space Trans...
The results are reported of research to provide thermal support in the design of the thermal protect...
If a Space Shuttle Main Engine (SSME) fails during the initial 160 seconds of the Shuttle flight, a ...
Quantitative estimates of the uncertainty in predicting aerodynamic heating rates for a fully reusab...
This 3-volume report discusses the evaluation of aerothermal flight measurements made on the orbital...
The development of the thermal protection system for the Solid Rocket Booster is reported. Tests and...
A structural performance and resizing finite element thermal analysis computer program was used in t...
Procedures and methods for predicting aerothermodynamic heating to delta orbiter shuttle vehicles we...
The results of a parametric weight analysis of heat rejection systems for the space shuttle orbiter ...
Results of wind tunnel heat transfer tests of 0.0175-scale Rockwell International Space Shuttle Vehi...
A technology review and assessment of modeling and analysis efforts underway in support of a safe re...
Design of the thermal protection system for any hypersonic flight vehicle requires determination of ...
The Space Shuttle orbiter's thermal protection system (TPS), designed mainly on the basis of wind tu...
Thermal and flow sensor instrumentation was developed for use as an integral part of the space shutt...
The research for determining the space shuttle aerothermal environment is reported. Brief summaries ...
Aerothermodynamic development flight test data from the first orbital flight test of the Space Trans...
The results are reported of research to provide thermal support in the design of the thermal protect...
If a Space Shuttle Main Engine (SSME) fails during the initial 160 seconds of the Shuttle flight, a ...
Quantitative estimates of the uncertainty in predicting aerodynamic heating rates for a fully reusab...
This 3-volume report discusses the evaluation of aerothermal flight measurements made on the orbital...
The development of the thermal protection system for the Solid Rocket Booster is reported. Tests and...
A structural performance and resizing finite element thermal analysis computer program was used in t...
Procedures and methods for predicting aerothermodynamic heating to delta orbiter shuttle vehicles we...
The results of a parametric weight analysis of heat rejection systems for the space shuttle orbiter ...
Results of wind tunnel heat transfer tests of 0.0175-scale Rockwell International Space Shuttle Vehi...
A technology review and assessment of modeling and analysis efforts underway in support of a safe re...
Design of the thermal protection system for any hypersonic flight vehicle requires determination of ...