Problems of rocket exhaust plume interactions.
Three dimensional interaction of multirocket vehicle exhaust jet plumes calculated, using finite difference analog to inviscid flow equations
Dattorre, L.↗
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Back flow from jet plumes in vacuum.
Back flow from jet plumes in vacuum, determining particle density at surrounding points forward of jet nozzle in vacuum due to gas exhausted
Grier, N. T.↗
A detonation tube technique for simulating rocket plumes in a space environment.
Shock tube simulation of rocket exhaust plumes and effects on vehicles in space environment
Hopkins, H. B.↗
Prediction of thermal radiation from a rocket's exhaust plume
Data from absorption coefficients and fine-structure parameters measured for water vapor have been incorporated in an analytic program useful in evaluating heating by radiation from the exhaust plume of a large rocket.
Ludwig, C. B.↗
Low density plume impingement study Quarterly progress report, 22 May - 25 Aug. 1967
Engineering methods and computer programs for predicting convective heat flux and pressure in flow regimes of low density plume impingement
Ratliff, A. W.↗
Analysis of heating rates and forces on bodies subject to rocket exhaust plume impingement
Computer programs and engineering methods for calculating heating rates and forces in jet plume impingement problems
Blackledge, M. L.↗
Plume characteristics of the Saturn cluster model
Pitot pressure distributions of jets measured in order to determine plume characteristics of Saturn cluster model
Barnett, D. O.↗
Plume flow field analysis for liquid propellant rocket engines
Plume flow field analysis for liquid propellant rocket engines
Greenwood, T.↗
Radiative heat transfer from Saturn exhaust plumes
Band model for calculating radiative heat transfer from Saturn exhaust plumes
Huffaker, R. M.↗
Jet-plume-induced flow separation on a lifting entry body at Mach numbers from 4.00 to 6.00
Jet plume induced, flow separation on lifting entry model flat bottom by pressure distribution analysis
Mc Ghee, R. J.↗
Preliminary data for plume definition of the R4D engine for the Command Service Module Reaction Control System
Exhaust plume characteristics for R4D engine used by CSM reaction control system
Source record↗
Summary of engine characteristics considered in plume definition study
Exhaust plume characteristics for rocket engines in conjunction with orbital workshop systems
Source record↗
Some aspects of viscous chemically reacting moderate altitude rocket exhaust plumes Final report
Analytical framework for viscous and chemically reacting plume
Abbett, M. J.↗
Crew radiation dose from a gas-core nuclear rocket plume
Crew radiation dose from gas-core nuclear rocket plume
Masser, C. C.↗
Lunar module reaction control system engine exhaust plume evaluation test in the Space Environment Simulation Laboratory
Lunar module reaction control system engine exhaust plume evaluation tests in space environment simulation laboratories
Source record↗
Jet-plume-induced flow separation on axisymmetric bodies at Mach numbers of 3.00, 4.50, and 6.00
Jet-plume-induced flow separation on asymmetric bodies at 3.00, 4.50, and 6.00 Mach numbers
Mc Ghee, R. J.↗
Analysis of exhaust plumes from Skylab-configuration R-4D attitude control motors
Exhaust plume flow field of Skylab R-4D attitude control motors
Audeh, B. J.↗