The flowfield codes that have been developed to predict rocket motor plumes at high altitude were used to predict plume properties for the RCS motor which show reasonable agreement with experimental data. A systematic technique was established for the calculation of high altitude plumes. The communication of data between the computer codes was standardized. It is recommended that these outlined procedures be more completed, documented and updated as the plume methodology is applied to the varied problems of plume flow and plume impingement encountered by space station design and operation
The Orion Crew Exploration Vehicle Service Module Reaction Control System engine plume impingement w...
The inclusion of solid propellant plume flow field effects in analyses and design of the space vehic...
The overall contractual effort and the theory and numerical solution for the Reacting and Multi-Phas...
A users manual for the RAMP2 computer code is provided. The RAMP2 code can be used to model the domi...
A summary is presented of the various documents that discuss and describe the computer programs and ...
Computer programs and engineering methods for calculating heating rates and forces in jet plume impi...
A nozzle plume flow field code was developed. The RAMP code which was chosen as the basic code is of...
The radiation intensities are determined in the base region of the space shuttle due to solid partic...
All of the elements used in the Reacting and Multi-Phase (RAMP2) computer code are described in deta...
Engineering methods and computer programs for predicting convective heat flux and pressure in flow r...
Exhaust plumes from large solid rocket motors fired at ATK's Promontory test site carry particulates...
The objective of this contract was to continue development of a vacuum plume impingement evaluator t...
Results are summarized of various analyses of the exhaust plumes of the space shuttle. Specific topi...
Computer program manual to analyze loads and heating on bodies subject to rocket exhaust impingemen
The Plume Impingement Program (PLIMP) is a computer code used to predict impact pressures, forces, m...
The Orion Crew Exploration Vehicle Service Module Reaction Control System engine plume impingement w...
The inclusion of solid propellant plume flow field effects in analyses and design of the space vehic...
The overall contractual effort and the theory and numerical solution for the Reacting and Multi-Phas...
A users manual for the RAMP2 computer code is provided. The RAMP2 code can be used to model the domi...
A summary is presented of the various documents that discuss and describe the computer programs and ...
Computer programs and engineering methods for calculating heating rates and forces in jet plume impi...
A nozzle plume flow field code was developed. The RAMP code which was chosen as the basic code is of...
The radiation intensities are determined in the base region of the space shuttle due to solid partic...
All of the elements used in the Reacting and Multi-Phase (RAMP2) computer code are described in deta...
Engineering methods and computer programs for predicting convective heat flux and pressure in flow r...
Exhaust plumes from large solid rocket motors fired at ATK's Promontory test site carry particulates...
The objective of this contract was to continue development of a vacuum plume impingement evaluator t...
Results are summarized of various analyses of the exhaust plumes of the space shuttle. Specific topi...
Computer program manual to analyze loads and heating on bodies subject to rocket exhaust impingemen
The Plume Impingement Program (PLIMP) is a computer code used to predict impact pressures, forces, m...
The Orion Crew Exploration Vehicle Service Module Reaction Control System engine plume impingement w...
The inclusion of solid propellant plume flow field effects in analyses and design of the space vehic...
The overall contractual effort and the theory and numerical solution for the Reacting and Multi-Phas...