The overall contractual effort and the theory and numerical solution for the Reacting and Multi-Phase (RAMP2) computer code are described. The code can be used to model the dominant phenomena which affect the prediction of liquid and solid rocket nozzle and orbital plume flow fields. Fundamental equations for steady flow of reacting gas-particle mixtures, method of characteristics, mesh point construction, and numerical integration of the conservation equations are considered herein
Calculations of rocket and air breathing propulsion system combustion chamber and nozzle flow perfor...
In this grant period, the focus has been on the effects of thermo-chemical nonequilibrium in low-den...
A summary is presented of the various documents that discuss and describe the computer programs and ...
All of the elements used in the Reacting and Multi-Phase (RAMP2) computer code are described in deta...
A computer program written in conjunction with the numerical solution of the flow of chemically reac...
A numerical solution for chemically reacting supersonic gas-particle flows in rocket nozzles and exh...
A users manual for the RAMP2 computer code is provided. The RAMP2 code can be used to model the domi...
A nozzle plume flow field code was developed. The RAMP code which was chosen as the basic code is of...
The governing equations for the one-dimensional flow of a gas-particle system are discussed. Gas-par...
The calculation of supersonic flow fields by the method of characteristics. The theoretical approach...
Computer program for numerical solution of reacting gas mixture nonequilibrium expansion
Computer program for calculating inviscid one-dimensional equilibrium, frozen and nonequilibrium noz...
Computer program calculates the inviscid one-dimensional equilibrium, frozen, and nonequilibrium noz...
Computer program for calculating inviscid one- dimensional nonequilibrium nozzle expansion of propel...
The flowfield codes that have been developed to predict rocket motor plumes at high altitude were us...
Calculations of rocket and air breathing propulsion system combustion chamber and nozzle flow perfor...
In this grant period, the focus has been on the effects of thermo-chemical nonequilibrium in low-den...
A summary is presented of the various documents that discuss and describe the computer programs and ...
All of the elements used in the Reacting and Multi-Phase (RAMP2) computer code are described in deta...
A computer program written in conjunction with the numerical solution of the flow of chemically reac...
A numerical solution for chemically reacting supersonic gas-particle flows in rocket nozzles and exh...
A users manual for the RAMP2 computer code is provided. The RAMP2 code can be used to model the domi...
A nozzle plume flow field code was developed. The RAMP code which was chosen as the basic code is of...
The governing equations for the one-dimensional flow of a gas-particle system are discussed. Gas-par...
The calculation of supersonic flow fields by the method of characteristics. The theoretical approach...
Computer program for numerical solution of reacting gas mixture nonequilibrium expansion
Computer program for calculating inviscid one-dimensional equilibrium, frozen and nonequilibrium noz...
Computer program calculates the inviscid one-dimensional equilibrium, frozen, and nonequilibrium noz...
Computer program for calculating inviscid one- dimensional nonequilibrium nozzle expansion of propel...
The flowfield codes that have been developed to predict rocket motor plumes at high altitude were us...
Calculations of rocket and air breathing propulsion system combustion chamber and nozzle flow perfor...
In this grant period, the focus has been on the effects of thermo-chemical nonequilibrium in low-den...
A summary is presented of the various documents that discuss and describe the computer programs and ...